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INTRODUCTION
1
The living organisms frequently associate together, often closely.
There are a number of "motives" for these associations, including
protection, nutrition and as an aid to the dispersion (both
geographically and temporally) of the organism. There are four main
ways that animals of different species may be associated together;
Symbiosis, Mutualism, Commensalisms and Parasitism.
Many biologists see in a parasite a form of predatory animal.
Instead of killing and devouring its prey whole, it can, by virtue of its
smaller size, live on the host or in it, and eat it little by little. In nature
we find extremely varied and diverse types of parasitism.
In parasitism they associates live either partly or wholly at the
expense of the other associate, the other partner (the host
organism) not gaining anything from the association. This association
may give rise to extreme pathology in the host, or the parasitism may be
generally not very pathogenic. These parasites are an organism living in
or on another living organism, obtaining from it part or its entire
organic nutrient, commonly exhibiting some degree of adaptive
structural modification and causing some degree of real damage to its
host. Organisms in these associations may either be on the outer
surface of the host organism (Ectoparasites) or inside the host organism
(Endoparasites). Parasites may also be classified according to the
closeness of the relationship as Facultative Parasites, the parasitic
lifestyle taken up opportunistically, whereas in Obligate
Parasites, organism must parasitize another organism. These parasites
may often cause diseases; in this case they are referred to as Pathogenic
Parasites. In a somewhat wider interpretation of the term parasitism
some organisms exhibit parasitic behaviour only early in their lifecycle,
these being referred to as Brood parasites.
INTRODUCTION
2
Parasitic helminths may have either simple or complicated
lifecycles. The adult parasites are found in the definitive host where the
parasite's sexual cycle usually takes place, with either cross or self
fertilization with hermaphroditic parasites, or sexual reproduction if the
parasites have separate sexes, followed by production of eggs, or more
rarely with viviparous helminths, larvae. In many cases the parasite
larvae are found in different hosts, these are called the intermediate
hosts. Parasitic helminth larvae may have one, two or more
intermediate hosts in their lifecycles, or they may have no intermediate
hosts. Often asexual stages of reproduction occur in these intermediate
hosts, (for example with platyhelminth parasites). The two terms
definitive and intermediate host are the most important in parasitology
when referring to the type of host.
Parasitic helminths or worms comprise a diverse group of
metazoan organisms that infect billions of people and their
domesticated animals worldwide (Colley et al., 2001). In large part,
helminthiasis is caused by members of the phyla Nematoda and
Platyhelminthes (Kennedy and Harnett, 2001). Species belonging to
both the phyla occupy numerous niches within their mammalian hosts,
ranging from intestinal lumen to intravascular and even intracellular
sites. While the majority of individuals infected with parasitic worms
experience relatively minor symptoms compared to those infected with
organisms that typify more acute viral or bacterial infections, a small
percentage suffer severe life-threatening consequences. Since the overall
prevalence of helminthiasis is so high, relatively low frequencies of
severe disease nevertheless equate to large numbers of people
experiencing infection associated morbidity.
INTRODUCTION
3
The parasitic disease have posed a complex problem and become
a great challenge to the parasitologists in the world today, coupled with
the rapid changing world; the changes in the human ecology and the
effect of climatic changes on parasitic system have further increased the
threat to human as well as animal’s life.
In parasitic infections where the association is much closer, are
generally less pathogenic, extreme pathology generally only being
associated with high parasitic load. Study of helminth parasites of
vertebrates have a great practical as well as scientific value directly
related to the welfare of human beings. Frogs and toads harbor many
adult parasites including nematodes and their larvae. The remarkable
changes in the living conditions of host body influence the helminth
fauna, which exist within their body. Acaudated amphibians are final
hosts for a great number of parasitic nematode species; they are
interesting as a source of infestation for many wild and domestic
animals (birds, mammals) because they are osculant hosts for the larval
stages of the development of many nematode species.
The host and its parasites constitute a community of organism
living in close intimacy and exerting a profound effect upon each other.
These anurans are susceptible to many parasitic infections. They
display a luxuriant nematode fauna in the major part of their
alimentary tract. In fact helminth parasites constitute the bulk of
parasitic infections within their host body.
Nematodes represent one of the most important groups of
metazoan parasites of vertebrates. Some of them are known to be the
agent of serious diseases of domestic and wild animals represents an
important public health problem. However in addition to their practical
importance the nematodes also represent a significant model for the
INTRODUCTION
4
solution of a number of theoretical questions concerning host-parasite
relationships, biology, ecology, zoogeography and phylogeny of these
parasites and their hosts as well as questions of general biology. The
present knowledge of parasitic nematodes is still incomplete,
particularly in regard to their biology and ecology.
Nematodes play a significant role in the economy of man and
animals. Many species are zoonotic in nature capable of transmission
between humans and animals. They are successfully adapted to a
variety of habitats and are widely distributed as free living forms in
different terrestrial and aquatic habitats. They are also found parasitic
in several hosts, both plants and animals including man. Nematodes
parasitic in vertebrates show a wide range of adaptability. In these
hosts the worms are usually found in the alimentary canal. However
they may be found in the body cavity, lungs, heart, blood vessels,
urinogenital system etc. very often they also found in the connective
tissue, serous membrane, oral, nasal and orbital cavities. Their larvae
usually encysted have been found unrestrictedly distributed in the host
body. Many species of nematodes cause acute pathogenicity and misery
to humans as well as animals.
Nematode infection causes the skin on the thighs to become
rough and flaky. As this infection progress the entire body will be
affected. Nematode infection is highly contagious, especially among
frogs that are under a large amount of stress.
The class Amphibia includes frogs, toads, salamanders, newts
and caecilians. Amphibians are characterized by a glandular skin
without external scales, by gills during development (and in adulthood
in some), and by eggs that may have jelly coats but develop without
formation of extraembryonic membranes such as the amnion. Most
INTRODUCTION
5
amphibians also have four limbs. Limbs and lungs are adaptations for
life on land; the limbs evolved from the ancestral fishes' lobed fins. The
scales and amniotic egg evolved by reptiles are further adaptations for
life on land and distinguish reptiles from amphibians.
They are very important to humans and also important to the
food chain. More than 73 amphibian species are known to have some
kind of medicinal values. The skin of frogs and toads has been used for
medicine by many cultures since ancient times. For example, in the
Korean culture during burning Japanese Tree frog (Hyla japonica) oil
was believed to heal wounds, whereas the Gold-spotted Pond
Frog (Rana plancyi chosenica) has been prescribed for fever, weakened
immune system and to cure infectious diseases from wild
animals. Each amphibian species has its own protective compounds
against predators and microorganisms. Compounds include amines,
alkaloids and peptides. They play as poisons, antibiotics and pain
relievers. Several hundred of amphibian antimicrobial peptides have
been isolated from amphibian species. Peptides may be active against a
broad spectrum of pathogens and have significant potential application
for our health and conservation of other species. For instance, the
peptide caerin 1.1 from Litoria caerulea inhibits growth of cancer cells,
viral infection of target cells, prevents growth of malaria parasite and
kills nematodes. Amongst the known alkaloids found in frogs, the
alkaloid epibatidine from the endangered Ecuadorian frog Epipedobates
tricolor is a potent non-addictive analgesic considered to be 100 to 200
times more effective than morphine.
In many countries, amphibians are still used in traditional
medicines often to meet primary health needs. More than 30 species of
amphibians have been recorded in traditional Chinese medicine alone.
INTRODUCTION
6
In Korea, a commercial medicine for athlete’s foot is made from toad
skin secretions. In Mexico, the endangered Axolotal Ambystoma
mexicanum is believed to provide remedies for respiratory aliments such
as bronchitis. Loosing more amphibian species (lost about 100 species
already!) would have terrible impacts on our current and future
applications for human health.
Amphibians are one of the main links in many ecosystem food
webs. Often unseen, they can be quite abundant in some habitats. In
temperate and tropical regions, amphibian can exceed all other
terrestrial vertebrates such as birds, mammals and reptiles.
Amphibians including their larvae are important predators of
invertebrates. Removal of amphibians from particular habitat can have
drastic consequence by increasing insect population. Through
metamorphosis, many species of frogs and salamanders are a link to
the transfer of nutrient from aquatic systems to terrestrial ones.
Therefore, removing amphibians from a particular habitat can
affect drastically algae communities, invertebrate population, predator
dynamics, leaf litter decomposition and nutrient cycling. Preserving
amphibian diversity is an important component for living in a healthy
environment.
Frogs and toads are one of the most important components of
ecosystem which are abundant in nature and help to maintain the
balance of nature like other amphibians. Man is a direct predator of
these animals in different parts of the globe, consume its meat and dry
it for food markets and use as experimental animals. Frog’s legs form
the staple food in some parts of the world. Not only in India, the export
of frog’s leg a major trade. Most of the toads secrete a poison which
acts as a harsh irritant to the mouths of predators. Its body secretion
INTRODUCTION
7
use to poison arrowhead. These animals also preyed by many
carnivorous fishes, reptiles, birds, mammals and thus form a major
nutritional source for them. It also acts as a predators of insects, pests
and destroy a large number of insects mainly mosquitoes. So the
numbers of amphibians are directly related to the control measures of
insects and pest by biological control and thus they keeping the insect
population in check and maintain a balance in nature.
Frogs and toads are also used in laboratories for dissection and
study purpose in biology subject. The larvae afford excellent materials
for the study of embryology and endocrinology. The health of frogs and
toads are closely linked to the health of environment and these animals
are early indicators of significant environmental changes that may
otherwise go undetected by humans. Thus they are considered for their
economic importance and having zoonotic importance too. They also
serve as intermediate, complementary or reservoir hosts for some of the
helminthes infecting domestic and wild animals.
Moreover a considerable amount of work has been done on the
seasonal occurrence and abundance of parasites in fishes, birds and
mammals but the helminth parasites of toads and frogs have not
received adequate attention as they are not considered to be of any
significant economic importance. Several species of frogs have been
examined for helminth parasites but there is no information on long
term parasite population changes. Keeping in view the economic values
to human survival, their variety along with the diversity of nematode
parasites and its importance from biodiversity point of view, this work
has been undertaken as an utmost necessity.
In last two decades a region wise and host wise systematic study
of nematode parasites was taken up in various places but the
INTRODUCTION
8
biodiversity of macro parasitic infection mainly by nematode parasites
in anurans from Marathwada region is unexplored and the knowledge
in this concern is almost lacking. No record on the nematode infections
in these amphibians in the industrial areas surrounding the
Aurangabad region like Waluj, Ranjangaon, Shendra, and Chikalthana.
Prevalence of parasitic nematodes of toads and frogs of these localities
were compared among themselves which are climatically not so different
regions in Aurangabad. Since literature on nematode infections,
taxonomic importance and its diversity in frogs and toads in the study
areas are almost lacking, hence the present work is of considerable
importance.
Thus the taxonomic status, species richness, diversity and
knowledge of nematode parasites are augmented by undertaking the
current work. As there was no previous records of such work on
diversity of nematode parasites in Maharashtra especially in
Marathwada region.
LITERATURE SURVEY
9
The nematodes are common parasites encountered more or less in
every vertebrate host. The study on amphibian nematodes in
Maharashtra, India and also from all over the world has been reviewed
time to time. It is true that quite a considerable work has been done on
the taxonomy and morphology of this group in everywhere except this
Marathwada region, Maharashtra state where the work on nematode
parasite in toads and frogs are meager. The study of amphibian
nematodes in India and neighbouring countries (South Asia: Bangladesh,
Sri Lanka, Myanmar, Nepal and Pakistan) are rather poor and scanty
than the other parts of the globe.
Oerley (1882) reported nematode parasites with a review of the
classification of the order in British Museum. Linstow (1904) worked on
nematodes from the Colombo Museum.
In 1915 Lane investigated Oxysoma falcatum Von Linst, 1906a and
described Falcaustra falcate. Railliet and Henry (1915a) discussed the
species of the genus Camallanus. An ecological study of the helminth
parasites of amphibians along with other hosts in Western
Massachusetts and vicinity were made by Rankin in 1945.
Skrjabin (1916) recorded the result of collection of nematodes from
the expedition of Dogiel and Skolow in British East Africa and Uganda.
Steiner described Aplectana Kraussei n.sp. in 1923 and in next year
(1924) recorded nematodes from alimentary tract of the Carolina Tree
frog (Hyla carolinensis Pennant) in Pacific Ocean.
Travassos (1917) established the genus Oswaldocruzia from Brazil
in South America. In 1918 he worked on family Kathlamidae Lane and
genus Falcaustra. In 1931 they worked on family Cosmocercidae. Their
contributions on nematodes of amphibian hosts were mentioned in 1919,
1920 and 1925. In 1923a they mentioned Oxuyoridea–Kathlanidae,
Oxyuroidea-Oxyuridae and Oxyuroidea-heterakidae. In 1926 they
described Rhabdias filleborni and in 1930 they discussed Rhabdias oidea
LITERATURE SURVEY
10
Railliet, 1916. In 1932a they gave a note on genus Strongyloides and
mentioned nematode parasites from Portugal. In 1949 they discussed
nomenclature of family Cosmocercidae.
Baylis and Daubney (1923) gave report on parasitic nematodes
collected from Zoological Survey of India, Karve (1927) redescribed
Oxysomatium macintoshii and they (1930) worked on some parasitic
nematodes of frogs and toads and gave description on a small collection
of parasitic nematodes from Anura in 1944.
Bayis (1923) reported on a collection of parasitic nematodes
belongs to family Oxyuridae mainly from Egypt. In 1927 they recorded
two new species of genus Oxysomatium from Uluguru and Usambara
Mountains, Tanganyika. They (1936, 1939) also recorded the different
nematode parasites of frogs and toads in “Fauna of British India” Vol. I
and II. In 1951 they observed the viscera of certain British reptiles and
amphibian hosts in European country and described their findings of
certain larval and adult trematodes, cestodes along with nematode
parasites. In 1935a they reported the Spironoura brevispiculata from
India, two and four new species of nematodes from Ceylon and other
places respectively from amphibian hosts. Baylis and Daubney (1926)
jointly wrote a synopsis of the families and genera of nematoda.
Chapin in 1924 gave a note on Spironoura affine Leidy, 1856 and
mentioned it in the sixty–eighth meeting of proceedings of the
Helminthological Society of Washington and after two years Cobb (1926)
put a note on the species of the genus Rhabdias in the ninety-fifth
meeting of the same society. In 1924, Miranda worked on genus
Aplectana, Railliet and Henry, 1916b. Morishita (1926) studied on some
nematode parasites of frogs and toads in Japan, with notes on their
distribution and frequency.
Rhabdias sphaerocephala and R. ophidian were described by
Goodey (1924a) from the common British toad, Bufo vulgaris and
LITERATURE SURVEY
11
Leopard snake (Coluber leopardinus) respectively. Revisionary work on
the family Atractidae Travassos, 1920 with description of new species
was done by Gallego in 1947. In Goldapiwo lake, Grabda (1956) reported
some nematode parasites from R. esculanta, R. temporaria and R.
terrestris. Taylor (1924) gave some note on the collection of nematodes
from Ceylon. Spironoura pretiosa from Western spotted frog Rana
pretiosa in yellow stone National Park Wyoming was described by Turner
(1958).
The treatise of nematode parasites of toads and frogs and other
vertebrates are available in the book ‘The Nematode Parasites of
Vertebrates’ by Yorke and Maplestone (1926). Sandground (1928)
reported on some new species and nematodes from Tanganyika Territory,
Central Africa. They also described two new parasitic nematodes from
West African Hairy frog in1933 and in 1934 and discussed on the validity
of various species of genus Onchocerca Diesing from Central America.
Walton (1928) performed the revisionary work of some nematodes
of the Leidy collection. Studies on some nematodes of North American
frogs were made by them in 1929. In the next year he described some
nematodes under the family Cryptobranchidae of North American
amphibians. Canavan (1929) recorded the nematode parasites of
vertebrates from the Philadelphia Zoological Garden and vicinity.
Chitwood (1933) gave a note on nematode systematics and
nomenclature. Semenow (1929) recorded Rhabdias microoris n. sp. from
amphibians. Schouten (1934) from Paraguay, South America reported
the Ancyclostoma sp. from B. marinus which differs from A. duodenale
and A. caninum. Gyrinicola batrachiensis (Walton, 1929) n. comb. under
oxyuroidea from tadpoles in Eastern and Central Canada, USA were
recorded by Adamson (1981).
Wilkie (1930) worked on some parasitic nematodes from Japanese
amphibia. In 1932 they reported Camallanus multiruga n. sp. from West
LITERATURE SURVEY
12
African frog. “The Nematodes as a Parasites of Amphibia IV” illustrated
and described in details by them in 1933a. They discussed the
nematodes as parasites of Amphibia 1935 and 1938 respectively and in
1936 thye described larval form Foleyella americana Walton, 1929. In
1940a they further worked on genus Raillietnema Travassos, 1927 and
reported the nemtodes under this genus. They also gave notes on
Amphibian parasites in the same year and notes on some helminthes
from Californian amphibians in 1941.
Harwood described a new species of Oxysomatium with some
remarks on the genera Oxysomatium and Aplectana and also remarked
on some helminthes in amphibian and reptiles of Houston, Texas and
Vicinity, USA in 1930, 1931 and 1932 respectively. Maplestone (1932)
worked on genera Heterakis and Pseudoaspidodera in Indian hosts and
described the nematodes from these hosts.
Hsu and Hoeppli (1933) worked on some parasitic nematodes in
Amoi, China. The life history and morphology of Spiroxyus contortus
(Rudolphi) was observed by Hedrick in 1935. Li (1933) collected
nematodes from North China. Caballero (1933) described Oxysomatium
mexicanum from Batrachian in 1935 Rana montezumae and created the
new genus Ochoterenella for Filarioidea worm from B. marinus in 1944
from Mexico, North America. They also studied the helminthes of
amphibians from Guatemala, South America in 1949 and described
Spironoura guatemalan from Rana sp.
Lu (1934) worked on Rhabdias of amphibian hosts of Nanking,
China. Pessoa and Almeida (1934) reported the Foleyella vellardi;
Pflugfelder and Eilers (1959) recorded Filaria rubella Rudolphi from Rana
temporaria and Petriashvili (1964) recorded Ascarops strongylina,
Gnathostoma sp. and Agamospirura sp. from R. ridibunda from
Bazalestsk lake in Russia. In 1934 Siu Chin Lu redescribed certain
species of genus Rhabdias Stiles and Hassall 1905 and recorded one new
LITERATURE SURVEY
13
species Rhabdias bicornis from lung of the common Asiatic toad, Bufo
bufo asiaticus in Nanking Japan.
Records of nematode parasites in different amphibians throughout
the world are available from Yamaguti (1935b, 1941b). Capillaria buccalis
n.sp. from Bufo vulgaris japonica in Kyoto, Japan was described by them
in 1943b. They mentioned its distinguishing characters from C. bufonis
and in the same year. They also further described Strongyluris bufonis n.
sp. from intestine of B. melanostictus in Formosa, Cosmocerca japonica
Yamaguti, 1938 from large intestine of Bufo vulbaris japonicus and Rana
temporaria ornativentris from Sintaka and Rhabdias montana as a new
sp. from lung of R. temporaria ornativentris (Werner) from Totinosawa
and Sintaka along with other nemtodes from vertebrates also reported
Rhabdias ornate n. sp. Mount ontake in 1954.
A revision of the classification of nematodes under superfamily
Filarioidea was made by Wehr (1935). In 1936, Mackin studied the
morphology and life history of Spironoua Minning and Ding (1951)
observed Icosiella neglecta in Rana esculenta. Annual differences in the
parasitic fauna of the grass frog, R. temporaria L. in Leningrad were
observed by Markov and Rogoza (1955). Ingles (1936) recorded Rhabdias
joaquinensis parasitizing the Rana aurora Baird and Girarad, 1852 in
California, USA.
Belyaeva et al., (1937) examined Rana ridibunda for the parasitic
worms in the neighbourhood of Tashkent, Uzbekistan. Ballesteros-
Marquez (1945) mentioned about revisionary work of the family
Cosmocercidae Travassos, 1925.
Olsen (1938) dscribed a new species Aplectana gigantica under the
family Cosmocercidae from Rana pretiosa. Two new nematodes of family
Dipetalonematidae were described from Rana sphenocephala by Wehr
and Causey (1939). The morphology and life history of Foleyella duboisi
with remarks on allied filariids of amphibians were described by
LITERATURE SURVEY
14
Witenberg and Gerichter in 1944. Tree frogs, toads and other vertebrates
were recorded for some collected nematode parasites in Bermuda Island
by Williams in 1959.
Chow (1940) gave a note on a new nematode O. peipingensis from
toad in China. Certain new and already known nematodes of amphibians
and reptiles were mentioned by Reiber et al., (1940).
Yamaguti and Mitunga (1943) described the intestinal helminthes
from B. melanostictus in Formosa.
Some nematodes from Australian frogs were studied by Johnston
and Simpson in 1943. Johnston and Mawson (1941) recorded some
parasitic nematodes from the Australian Museum and in 1944 remarked
on some parasitic nematodes from Australia and New Zealand. Icosiella
popuensis n. sp. and Ochoterenella papuensis were recorded by Jhonston
in1967 from a new Guinea frog Cornufer papuensis.
Chakravarty (1944) described Meteterakis mabuyi and Falcaustra
falcata Lane, 1915 from Mabuyae carinata Schneider and Euphlyctis
hexadactyla (Lesson, 1834) Dubois, 1992) {=Rana hexadactyla Lesson,
1834} from intestine respectively from Calcutta. Chopra et al. (1988)
described and illustrated the Schulzia melanostictusi from Bufo
melanostictus and compared with S. subventricosa from Garhwal
Himalaya, India.
In La Plata, Argentina Gutierrez (1945) described Oxysomatium
bonariensis, Borrello strongylus platensis with the genus Amphibiophilus,
Oswaldocruzia, Schulzia and compared R. elegans with R. fuelleborni.
Kung (1948) mentioned some new species of the Spirurids and gave
notes on the genus Physaloptera with its species and other nematodes.
From Pehpei Szechwan, China Kung and Wu (1945) recorded some
parasitic nematodes of amphibians.
Ivanitski (1949) described the nematode fauna along with other
helminthes from vertebrates in Ukraine, Europe. Revision of the genus
LITERATURE SURVEY
15
Meteterakis Karve, 1930 was performed by Inglis in 1958 and
classification of the nematode belongs to superfamily Heterakoidea was
also done by him in 1967 along with other works related to host and
nematode parasites. He also observed the nematode parasites in Western
Australian frogs in 1968. Neosomatiana akrami and Parasomatium
ishaqui are two new species of nematodes were described by Islam and
Farooq in 1979.
Dubinina (1950) recorded Contracaecum longicaudatum, larvae of
Gnathostoma hispidum, Cosmocerca ornate and O. filiformis from R.
ridibunda Pall in Volga delta.
Durette- Desset and Batcharov (1974) described two nematode
parasites of amphibians from Togo, West Africa.
Skarbilovich (1950) described Rhabdias microoris, Spinicauda
mathevossianae n. sp., Cosmocerca limofejevoi n. sp., Gorgodera
amplicava var. asiatica n. var. from Rana sp. and Bufo species obtained
from Southern Kirghizia, Russia.
Sudarikov (1951) collected and studied the helminth fauna of
vertebrates from Central Povolzh. From Venezuela in South America
Scorza et al., (1955) reported Ochoterenella digticauda, Foleyella sp.,
Filaria sp. and Microfilaria of Foleyella sp. Bouchard (1951) examined the
viscera of some amphibian hosts and described Glypthelminthus quieta
from B. americanus, Rana palustris and R. septentrionalis from the
vicinity of Presque Isle Aroostook Marine, USA from Mexico. Barus and
Groschaft (1962) found Megalobatrachonema terdenatum (Linstow, 1890)
Hartwich, 1960 which belongs to subulascarididae in Czechoslovakia.
Read and Amreine recorded some new Oxyurid nematodes from
southern California and worked on North American nematodes of the
genus Pharyngodon Diesing (Oxyuridae) in 1952 and 1953 respectively.
Rasheed (1965) described some parasitic nematodes from amphibians in
LITERATURE SURVEY
16
Cameroon, West Africa. These are Oxysomatium minutum n. sp. from
Rana mascareniensis, Amplicaecum perteri n. sp. and Africana sp. from
Bufo supercilioris and Contracaecum sp.from Rana mascarniensis along
with other nematodes from other reptiles.
Rao and Singh (1954, 1968) reported Strongyloides bufonis n.sp.
from Bufo melanostictus in Hyderabad. From the same place Rao and
Krishna also studied the helminths infection on Rana tigrina, R.
cyanophlyctis and Bufo melanostictus.
Alwar and Lalitha (1954) described Falcaustra brevispiculata from
the intestine of unidentified frog from Chennai, Tamil Nadu.
Enste (1954) recorded Icosiella neglecta from Rana esculanta from
Giessen area in Germany. Redescription of Ochoterenella digticauda
Caballerro, 1944 from Bufo marinus with a redescription of the genus
Ochoterenella Caballero, 1944 and redescription of Foleyellides striatus
(Ochoterena and Caballero, 1932) from a Mexican frog, Rana
montezumae with rein statement of the genus Foleyellides Caballero,
1935 from Mexico, North America was given by Esslinger in 1986b. In
the next year he described Ochoterenella caballeroi from Mexico and
Costa Rica and O. nanolarvata from Mexico and Guatemala from B.
marinus. At the same time he showed O. caballeroi closely resemblance
with O. royi and O. qumari and redescribed Ochoterenella digticauda from
B. marinus with a redescription of the genus Ochoterenella. In 1988a,
from Chipas, Mexico and Guatemala, they recorded Ochoterenella
figueroai and O. lamothei as two new species from B. marinus. In 1989
from Pacific lowlands of Colombia they recorded Ochoterenella complicate
in B. marinus. Ebid et al., (1993) recorded Aplectana travassosi,
Cosmocerca ornate and Neoxysomatium contortum from Egyptian toad B.
regularis.
Khera (1954) reported nematode parasites of some Indian
Vertebrates from Zoo at Lucknow in U.P. and Cosmocercoides
LITERATURE SURVEY
17
multipapillata n.sp. from Jeolikote, Nainital in 1958. A new species of
genus Camallanus from Rana tigrina was described by Johnston (1969).
Kreis (1932) studied the genus Strongyloides. In 1939, Koo redescribed
R. bufonis, O. hoepplii Hsu, 1935; Oxysomatium macintoshii (Stewart,
1914) and reported Oswaldocruzia n.sp. and Spironoura pectinospiculata
n. sp. from a common toad B. melanostictus in Canton (kwangchow),
China.
In 1955 Odening mentioned some nematodes from R. esculanta
from Central Germany. In 1956 they reported some helminth parasites
from R. esculanta and R. temporaria from Deutschlands in Europe. In
1957 he also recorded the nemtodes from R. esculenta from Eastern
Thuringia in Germany.
From Brazil Freitas et al., (1957) recorded Subulascaris
falcaustriformis n. gen. n. sp. from Rana palmipes under family
Subulascarididae. In 1962 they described Thelandros spectatus from B.
spinulosus limensis from Mochal, Peru similar to T. oswalsdocruzi. In
1965, they also reported Raillietanema gubernaculatum and proposed
the Batracholandros distinguished from Parapharyngodon and B.
spectatus from B. spinulosus limensis in Peru.
Chabaud and Brygoo (1958b) studied the Aplectana sp. from Rana
(Ptychadena) mascareniensis in Madagascar, Indian Ocean. Same
authors in same year studied the morphology and the life history of
Aplectana courdureieri, a parasite of Rana (Ptychadena) mascareniensis
in Tananarine, Madagascar, Indian Ocean. Chabaud et. al., (1961)
observed the Rhabdias madagascariensis as a new species from Rana
mascareniensis in Madagascar, Indian Ocean along with R. gamellipara
from other vertebrate host. Chabaud (1965) considered the genus
Velariocephalus, under a new subfamily Velariocephalinae as a synonym
of Falcaustra Lane, 1915.
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18
Singh (1958) described Velariocephalus trilokiae gen et sp. nov
from an Indian frog Rana cyanophlyctis and showed its resembles with
Nematoxynema piscicola and also mentioned about a new sub family
Velariocephalinae (Cosmocercidae). In 1970 they also gave description on
Oxysomatium macintoshii sp. nov. from Rana tigrina from Kirtipur, Nepal.
Fotedar recorded Cosmocerca kashmirensis n. sp. in 1959 and
Oxysomatium srinagarensis n.sp. in 1960, Rhabdias bufonis (Schrank,
1788) Stiles and Hassall, 1905 from the lungs in 1965; Oswaldocruzia
kashmirensis n.sp. in 1971, all from Bufo viridis, Cosmocerca crenshawi
n. sp. from Bufo latashii in 1973 and Oswaldocruzia kashmirensis n.sp.
from Bufo viridis from Srinagar, Kashmir.
Kolendo (1959) reported R. bufonis, O. goezei, Cosmocerca ornate
and Oxysomatium schneideri from B. viridis from Lubin area in Poland.
Intestinal helminthes in B. viridis and the seasonal dynamics in their
development in Kyzylorda region were described by Korai in 1961.
Gupta (1959a) from Dacca reported Amplicaecum ranae n. sp.
from Rana tigrina and showed its close resemblance with A. cacopi from
R. cancrivora in the East Pakistan. They also recorded Camallanus
thapari, C. nodulosus, C. nigrescens, C. baylisi, C. ranae and C.
multilincatus from Rana cyanophlyctis in the same year. They (1960a)
described Oswaldocruzia melanosticti n.sp., Thelandros sp. and
Amplicaecum cacopi from R. tigrina, R. cyanophlyctis and Bufo
melanostictus from the East Pakistan and in (1960b) described Aplectana
aguburnaculum n.sp. from R. tigrina, A. aseatica n. sp. from R. tigrina
and B. melanostictus from the same locality.
Hayashi (1960) recorded Icosiella sasai and redescribed Icosiella
kobayashii (Kobayasii) Yamaguti, 1941a from Rana limnocharis in
Amami-Oshima Island, Kagoshima prefecture, Japan. Description of the
male and redescription of the female Pharyngodon armatus Walton,
1933b from tadpoles of R. clamitans melanota in Ohio, USA were given by
LITERATURE SURVEY
19
Holoman (1969). Parasitization of the toad B. viridis by nematodes was
given by Hristovski in1969, from Bitola area Yagoslavia. They described
Icosiella neglecta in R. ridibunda and R. temporaria in 1971 and also
recorded Cosmocerca ornate, Neoxysomatium brevicaudatum, O. filiformis,
Chabaudgolvania terdentatum and C. terdentatum from Rana graeca in
1975 in Bitola district of Macedonia-Yugoslavia. The helminths of R.
ridibunda also mentioned in 1977 in the same place.
Lees (1962) recorded the R. bufonis, Cosmocerca ornate, O.
filiformis and Aplectana acuminate from R. temporaria from Southeast of
Huddersfield, England. From Upemba National Park Le Van Hoa (1962)
described Aplactana vercammeni n. sp., A. praeputiale and Orneoascaria
chrysanthemoides from Bufo sp. Also other mammalian and reptilian
hosts were recorded for other nematodes. The comments on taxonomic
relationship of two genera Gendria Baylis, 1930 and Cucullanus Mueller,
1977 and the description of Gendria rauchi as a new species from R.
tigrina and its dissimilarities from G. leberrei were given by Le Van Hoa
and Pha, Ngoc Khue in 1970 from South Viet Nam and they also reported
G. rauchi n.sp. 1971 from the same place.
Little (1962) written the comparative morphology of six previously
described and seven new sp. of Strongyloides nematodes. They (1966)
also described seven new species of Strongyloides among them S. physali
n. sp. from B. valicepes from Louisiana. Seasonal occurrence of Rhabdias
fuelleborni, Aplectana sp. and Abbreviata sp. of the giant toad B. marinus
in Bermuda.
Yuen (1962) recorded new sp. Icosiella seurat from Bufo asper (type
host) and Rana cancrivora from Malaya. They also recorded O. hoepplei
from this area B. melanostictus in 1963b. Further they made some
Rhabdisoid and Cosmocercoid nematodes from Malayan amphibians in
1965a amongst them are Rhabdias multiproles n. sp. from Rana
cancrivora, Oxysomatium macintoshii from B. melanostictus, O.
LITERATURE SURVEY
20
brevispiculum n. sp. A new bursate nematode Batrachonema
synaptospicula n. g. n. sp. from a Malayan frog, Rana sp. was also
described by him in Malacca in 1965b. Research on Rhabdias bufonis, O.
filiformis, Cosmocerca commutate, Cosmocercoides sp., Neoxysomatium
brevicaudatum of B. viridis Laurenti, 1768a completed by Yildirimhan
(1993) in Basra, West Asia and Buyukdolluk marsh, Edirne, Turkey,
Asia. An investigation of nematodes of tail less frogs were also made by
Yildirimhan et al., (1996) in Basra, Turkey and recorded R. bufonis from
B. bufo and Neoxysomatium brevicaudatum from B. bufo and Pelobates
syriacus. In 1997 another investigation were made by them.
In 1963 Biswas and Chakravarty studied the systematics of the
zooparasitic Oxyuroid nematodes. The nematodes obtained from
amphibian hosts are as Neoprotozoophaga bufonis n.sp, Heterakis
bufonis n.sp. from Africana bufonis n.sp. and Oxysomatium anurae n.sp.
from Rana tigrina, O. stomatica n.sp. from B. stomaticus and A. varani
from Rana hexadactyla from Calcutta.
The records of nematodes from other places of India are also not so
rich. Anderson (1964) published the paper on the findings of his
collection made from Rana catesbeiana from Ontario Canada and
described Oxysomatium inglisi n.sp. and comments on its similarities
with O. giganticum.
Bachvarov (1965) published their paper on helminth fauna from
Rana ridibunda, R. dalmatina and Bufo viridis from the Kurdazhali area
of Bulgaria, South East Europe.
Majumdar (1965) recorded the occurrence of Africana bufonis
(Heterakidae) in Bufo melanostictus.
High incidence of two parasitic infestations and two morphological
abnormalities in a population of frog, R. palustris Le Cont, was calculated
and illustrated by Murphy (1965) in Rhine pond North Carolina.
LITERATURE SURVEY
21
Chen (1966) recorded the Rana angolensis and described his
findings as an Aplectana chamaeleonsis from R. angolensis in Ethiopia,
North Eastern Africa.
Sahay (1966) described a new species of Camallanus Railliet and
Henry, 1915a from Rana cyanophlyctis from Bihar.
Sahay and Nath (1966) recorded the Oxysomatium macintoshii
from Rana tigrina from Ranchi. An unusual record of Guinea worm,
Ichthyonema cylendraceum from B. melanostictus was done by Sharma in
1957 from Assam.
Agrawal (1967) described some new nematodes from fishes,
amphibians and reptiles, Camallanus inglisi n.sp. and C. bufonis n.sp.
from Rana tigrina and Bufo Sp. respectively from Lucknow. In the same
year Ali and Farooqui (1969) collected some Physaloptera tigrinae n.sp.
from stomach of Rana tigrina from Aurangabad, Maharashtra. Aidetene
and Usinene (1993) studied the parasitic fauna of Rana temporaria and
recorded Neoraillietnema praeputiale from Lithuania, Europe.
Gomes (1967) proposed Aplectana deblocki (n.comb) for
Raillietnema deblocki and mentioned the Bufo ictericus as a new host
record for R. gubernaculums from Brazil.
Subulascaris cyanophlyctis n. sp. was recorded as a second species
of the nematode genus Subulascaris from Rana cyanophlyctis from
Maharashtra by Deshmukh (1968) and differentiated from S.
falcaustriformis and again they (1969) redescribed Camallanus ranae
Khera, 1954 from Rana cyanophlyctis.
Seasonal dynamics of helminth fauna of R. temporaria was studied
by Kozak in 1968 in Eastern Slovakia (Czechoslovakia) and reported
Cosmocerca Puchlchemima in B. viridis from Carpathia in 1973. Further
they also mentioned about the nematode fauna from lowland regions of
the river Tisa, Czechoslovakia in 1971, the Aplectana itzocanensis and
Oswaldocruzia iwanitzkyi from B. viridis, A. kutassi from Bufo viridis and
LITERATURE SURVEY
22
B. bufo; A. stromi from B. bufo and R. esculenta, R. arvalis and R.
temporaria and from other vertebrate hosts not only that male of A.
stromi is described for the first time.
Bain and Philippon (1969) described the Gendria leberrei n.sp.
which is similar to G. litapiae from the intestine of B. regularis from
Upper Volta. Crans (1969) in new Jersey recorded Foleyella sp.
resembling F. brachyoptera. Christian (1970) described spinitectus
nematode from Rana catesbeiana in United States. Combes and Sarrouy
(1971) recorded Cosmocerca ornata from R. ridibunda Perezi from Soria,
Spain.
Plasota (1969) observed the effect of some ecological factors on the
parasite fauna of R. esculenta (in aquatic environment) and R. terrestris
(terrestrial environment) in Polland. From Guanabara state in Brazil
Pinto et al., (1971) recorded Cosmocerca ranaes from Bufo crucifer, a new
host record. Schmidt and Kuntz (1969) from Philippines reported
Foleyella confusa n. sp. from Rana limnocharis viltigera and showed its
similarities with F. duboisi and Icosiella hoogstraali n.sp. from R.
macrodon.
Gestsevichyute (1970) mentioned parasitic fauna from R.
temporaria and R. ridibunda in shores of the kursk Zaliv Lithuanian
(SSR). Along with other helminthes nematodes were recovered in R.
temporaria in the Lithuanian, SSR by Gaizhauskene and Gestevichyute
(1982). Bozhkov and Stoikova (1970) studied the helminth fauna of Rana
graeca in Bulgaria and reported Cosmocerca ornata, Cosmocerca sp.,
Neoxysomatium brevicaudatum, Neoraillietnema praeputiale and O.
filiformis from R. graeca.
Myers and Kuntz (1970) reported the nematodes parasites of
amphibians collected from Taiwan (Formosa). Aplectana pudenda family
Cosmocercinae along with other helminth collected from amphibians in
Paraguay by Masi-Pallares and Maciel in 1974.
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23
Combes et. al., (1971) described variations in the helminth
populations of Rana temporaria L. from East Pyrenus, France. Crusz and
Ching (1975) recorded helminths from amphibians and reptiles with a
new host record from Ceylon.
Lank (1971) reported some parasites of Rana ridibunda in India.
The occurrence of Tanqua anomata of Gnathostomatida from Rana
tigrina was reported by Nama (1973). They recorded the Gendria
chauhani n.sp. closely related to G. ranarum from Rana cyanophlyctis
from Jodhpur, Rajasthan in 1975. In 1976 he also described the
Camallanus alate n.sp. from Rana tigrina.
Guerrero (1971) described Cruzia empera from B. marinus in
Federal district of Venezuela. Hristovski and Riggio (1971) recorded
nematodes from Bufo bufo and B. viridis from Yugoslavia and Sicily.
Hristovski and Lees (1973) described and compared the helminth fauna
of Rana temporaria in relation to that of Europe.
Fabio (1971) described Neyraplectana delirae a new sp. from B.
crucifer from Solidao Dam, Tijuca Forest Rio de Janeiro, Brazil which
resembles N. meridonalis and N. travassosi. Fusco et. al., (1979) reported
Batrachonema sp. from R. macrodon Dumeril and Bibron in Burong
River, Tg. Karang, Malaysia.
Oliveira and Rodrigues (1971) from Barra do pirai, Rio de Janeiro
state in Brazil, reported a new genus and species Paraoxysomatium
travassosi of subfamily Oxyascaridinae Freitas, 1958 from Bufo marinus
ectericus which differs from Oxyascaris, Pteroxyascaris and
Freitasoxyascaris. The information of Aplectana varelai n.sp. from R.
esculenta and Rhabdias bufonis with Cosmocerca ornata from Rana
bufonis from Coimbra, Portugal was given by Oliveira et. al., (1972). The
description of male Pseudoric tularia disparilis (Smith, 1922) from Rana
daemeli along with other hosts in EI Arish in Egypt, Port Douglas and
Cooktown and from Queensland in Northen Australia was recorded by
LITERATURE SURVEY
24
Owen and Moorhouse in 1980. Spontaneous infection of larval form of
Gnathostoma nipponicum in toads Rana nigromaculata and Rana
catesbeiana and their tadpoles in endemic area in Aomori prefecture,
Japan were reported by Oyamada et al., in 1998.
From Yugoslavia Rozman (1971) recorded the Cosmocerca ornata,
Icosiella neglecta, O. goezei from Rana esculenta. Contributions on the
Rhabdias elegans and Aplectana pudenda from toad B. arenarum from
Salta Province, Argentina were made by Ramirez et. al., (1979). The
record of the Microtetrameres sp. larvae encysted in the stomach wall of
B. viridis in Ireq reported first time by Rahemo and Ami (1995).
Soota (1971) reported the Gendria ranarum from Rana sp.
Spironoura brevispiculata from R. hexadactyla. Stikova (1971) worked on
R. temporaria and described nematode parasites along with other
helminthes from it in Bulgaria. Helminthes of toads (Bufonidae) from
some parts of Balkan Peninsula were studied by Soti and Hristovski
(1974).
Soota and Chaturvedi (1971a) and 1972b) described Meteterakis
andamanensis from Andaman and Nicobar Islands along with other
nematode parasites of vertebrates which most closely resembles to M.
govindi and M. japonica. Hollis (1972) recorded the nematode parasites of
certain anurae. From Costa Rica B. marinus marinus were also
mentioned for its different nematodes; Oswaldocruzia subauricularis,
Oxysomatium itzocanensis, Rhabdias sphaerocephala and Ochoterenella
digticauda by Brenes and Hollis (1959).
Hartwich in 1972 reported R. bufonis Sensu lato and R. bufonis
Sensu stricto from anurans, R. dossei n. sp.from B. bufo and R. microoris
synonymised with R. bufonis in central Europe. They also reported the
parasitic nematodes of vertebrates of Rhabditida and Ascaridida group in
1975.
LITERATURE SURVEY
25
Hollis (1972) also provided a survey report of parasites of bullfrog,
R. catesbiana Shaw, in central East Texas, Southwestern USA.
Barus et. al., (1972) surveyed nematodes from amphibians,
reptiles, birds and mammals captured in Afghanistan. In 1962-67 two
new species and one new subspecies are described, among them
Spironoura afghana from Rana sternosignata and Batrachuperus
mustersi and other new species and new subspecies from another
vertebrates.
Schmidt and Enigk (1972) observed Bufo bufo in Hanover,
Germany and reported severe infection by R. bufonis, O. auricularis and
Aplactana acuminata. Helmintrhs of Rana ridibunda in the Gorkiy region
was recorded by Shaldybin in USSR in 1973. The parasite fauna of R.
ridibunda in the biocoenosis of the Pechenezhskii reservoir of northern
Dronet (USSR) and its variation in different year was studied by
Shevchenko and Vasilevskaya in 1975a.
In 1973 Schacher and Crans reported the Foleyella flexicauda sp.
n. from R. catesbeiana from New Jersey, USA with the review of the
genus and erection of two new subgenera. The nematodes, Rhabdias
elegans and Aplectana pudenda of Bufo arenarum in the Salta Province of
Argentina reported by Sueldo and Ramirez in 1976. ‘
Babero and Golling (1973) studied on some helminth parasites
obtained from Nevada bullfrogs and Rana Cartesian. Barus (1973)
examined 41 specimens of the genus Bufo in Cuba, West Indies of which
31 were infected with a total of 8 species of nematodes, Rhabdias
elegans, Oswaldocruzia lenteixeirai, Abreviata barracuda, Porrocaecum,
Dudekemia cubana, Aplectana hamatospicula, Neyraplectana sp. and
Parapharyngodon bassi.
Nama and Khichi (1973) found out a new nematode parasite from
the Rana cyanophlyctis Schneider along with other helminths. Nama and
Jain (1974) described a species of genus Camallanus from Rana tigrina.
LITERATURE SURVEY
26
Pujatti (1952) described Camallanides prashadi from Rana cyanophlyctis
in Southern India.
Bashirullah and Khan (1974) described Zeylanema meijibia from R.
cyanophlyctis Schneider from Dhaka, Bangladesh. Bain and Prod’han
(1974) described the Waltonema guyanensis from Bufo marinus from
Maripassoula, French Guiana, South America.
In 1974 Caballaero Deloya studied the helminth fauna from the
wild animals in Veracruz Mexico, North America and described Neocruzia
morleyi, Oxysomatium itzocanensis and Rhabdias sphaerocephala from
Bufo horribilis. Chabaud and Rouget (1955) collected Cosmocerca
banyulensis, Icosiella neglecta, Rhabdias bufonis, Cosmocerca ornate,
Porrocaecum nuimidicum n. comb with P. numidicum from the rectum of
Rana ridibunda in Banyuls region.
Tantalean and Naupay (1974) recorded Parabatrachostrongylus
lumbrerasi n. gen et n. sp. from Bufo spinulosus arequipensis from
Arequipa, Peru which differs from Parachostrongylus. Thomas et al.,
(1984) observed certain helminthes in Texas, USA from undangered
Houston toad, B. houstonensis Sanders, 1953.
Singh and Rao recorded Rhabdiasoid nematode Shorttia shortii
infesting lungs of Rana cyanophylyctis in 1975 and Shorttia thapari n.sp.
from B. melanostictus in Banglore in 1977. Parasitic nematode affecting
fish and toad, B. melanostictus in Ranchi district in Jharkhand was
recorded by Sen in 1965.
Sobolova (1975) also worked with the same host and recorded
Rhabdias bufonis, O. goezei various filarid worm and O. ranae from R.
temporaria from Kazakhestan.
Soota (1975) described Cosmocercoides dukae (Holl, 1928)
Travassos, 1931 from Himalayan toad, Bufo himalayanus and from
Pelobatid toad (Megophrys sp.) in Karsiyand and Manibhanjan,
Darjeeling District.
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27
B’ Chvarov et. al. (1975) examined the helminth fauna of Rana
dalmatina, R. ridibunda and R. graeca from Plovdiv region in Bulgaria. In
1976b they published their work on the helminth fauna of Ecaudate
amphibians (Anura Ecaudata) in the Central zone of Northern Bulgaria,
South East Europe in one paper. B’-Chvarov worked on heliminth fauna
of Rana escullanta in 1973 and of Rana temporaria in 1977.
Naidu (1975) reported Spironoura brevispiculata Baylis, 1935a from
Rana hexadactyla in A.P. They (1983) recorded some nematodes
Aplectana macintoshii, Spiroxys Sp. and Camallanus baylisi, Physaloptera
sp and Physalopteroides sp. from the host Rana tigrina, R. cyanophlyctis
and Rhacophorus maculates respectively at Nagpur. Also in 2002 Dhoot
et al., studied the prevalence of parasitism in wild animals and birds of
Maharajbag Zoo, Nagpur, Maharashtra.
The first discovery of nematodes of the genus Strongyloides Grassi,
1879 in Rana esculenta in Southern Slovakia, Europe was described by
Vojtkova and Moravec in 1976. Larval forms of nematodes of Acuariidae
were recorded from R. ridibunda along with other reptiles in North and
West Turkmenia, USSR by Velikanav in 1984. Preliminary observations
on several changes in prevalence and intensity of Cosmocercoides
variabilis in B. americanus in Ontario, Canada were shown by
Vanderburg and Anderson (1987). The effect on ecology of green toads, B.
viridis on distribution of Rhabdias bufonis, Oswaldocruzia, Cosmocerca
and Foleyella duboisi was studied by Vashetko and Siddikov (1999) in
Uzbekistan, Tashket and Afganistan.
Gushchina and Nikolaeva (1976) from Belourssian, SSR recorded
helminth fauna of R. temporaria. Komb (Combes) and Chavarov (1976)
mentioned their contribution to the helminth fauna of B. bufo in Suthern
France. Nematode species along with larvae were found in R.
macrocnemis from the Northern slopes of Central Caucasus were
LITERATURE SURVEY
28
recorded by Kalabekov (1973). They (1978) also observed the prevalence
of helminthes in Rana macrocnemis Boul in USSR.
Naupay (1976) worked on nematode parasites of B. spinulosus
trifolium in Peru. Nasher (1979) recorded nematodes of Bufo orientalis
and Hyla arborea in Southwest Saudi Arabia, Asia.
Braus and Tenora (1976) described Cosmocerca sp. from Bufo
viridis from Afghanistan. Bowers and Hazen (1976) studied the
population biology of various parasites from ranid frogs in New
Louisiana, USA.
Redescription of Oswaldocruzia pipiens Walton, 1929 from
amphibians of Eastern North America was given by Baker in 1976. In
1978 they described the 3rd and 4th larval stages of Cosmocercoides
dukae from viscera of B. americanus. In the same year they also
described one new species and some known species of nematodes from
amphibians as Rhabdias americanus, R. ranae, R. fuscovenosa and R.
eustreptos. The seasonal population changes in R. ranae from Rana
sylvatica was also studied by them in 1979b and all these contributions
were from Guelph, Ontario, Canada, USA. They published two papers; in
one paper they revised the genus Oxysomatium and in other they
described the Bufo nerakis andersoni n.g., n. sp. (Heterakoidea,
Meteterakinae) from Bufo arenarum from Argentina, South America in
1980b. Three species of Oswaldocruzia from amphibia was reported by
them in 1981a and described the findings as Oswaldocruzia hoepplii,
reported for the first time in Bufo regularis from Gabon, America; O.
ukrainae from B. viridis of Tunisia, Africa and O. filiformis from Hyla
meridionalis (new record) of the Canary Islands, Atlantic Ocean. Besides
these other species O. indica, O.heparia and O. melanosticti are also
recorded. They studied the systematic relationship of the families,
Atractidae and Cosmocercidae and also described two new atractids
parasitic in amphibians and fish at Exu, Pernambuco, Brazil and
LITERATURE SURVEY
29
recorded the Raillietnema spectans from Bufo paracnemis in 1982, and
recorded Batrachonema synaptospicula from Rana macrodon along with
other parasites from Malaysia, in 1983.
In 1984 they described the species of Cosmocerca parva from Hyla
fuscovaria and Bufo paracnemis and Leptodactylus sp. and Cosmocerca
ornate (first reported from new world frogs) and other Cosmocerca sp.
from other species of Leptodactylus from Paraguay, South America. In
1985a, they redescribed Aplectana itzocanensis from Bufo woodhousei
from B. marinus from Southern Mexico, Costa Rica in Central America
and long Beach, California, USA and A. incerta from Horribills of
Southern Mexico. In the same year they also redescribed two species
from the family Oxyascaridinae from Paraguayan frogs. They collected
Bufo paracnemis recorded for Oxyascaridinae oxyascaris and
Pteroxyascaris caudacutus from Hyla fuscovaria. In 1986a they recorded
Falcaustra sp. from Southern Ontario, Canada among them amphibian
parasites are F. inglis from R. catesbeiana and R. clamitans (new host
record) of Algonquin Park, F. catesbeianae from R. catesbeiana of Hong
point, Ontario. Again in the same year they described Aplectana sp. from
Paraguay, A. vellardi and A. pudenda from Brazil, South America in Bufo
marinus and B. paracnemis respectively.
Dyer and Altig (1977) recorded the helminthes from some
Ecaudorian anurans.Durette-Desset and Chabaud (1977 & 1981) worked
on classification of nematodes Trichostrongyloidea.
Chaudhari and Deshmukh (1977) mentioned a new species
Subulascaris freitasi in Rana tigrina from Ambajogai, Maharashtra and
differentiated from S. falcaustiformis and S. cyanophlyctis. The
comparative incidence of S. freitasi and Camallanus ranae (Khera, 1954)
in Rana tigrina was also done by Kulkarni et al., (1990).
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30
In 1978 Arya and Johnson described the Gendria jodhpurensis
from Rana cyanophlyctis from Jodhpur, Rajasthan. Arya (1979) collected
Cosmocercoides nainitalensis n.sp. from Rana cyanophlyctis from
Nainital, (U.P). They also (1980) described a new nematode Subulascaris
ranae n.sp. from the same host and same place. In 1984 they published
their paper on the finding of their collection made from Rana
cyanophlyctis from Jodhpur, Rajasthan and described it as Camallanus
vlastimili n.sp. A new trichostrongylid nematode Poekilostrongylus
schmidti sp. nov. from the same host was also recovered by him in 1987
from the same place. They also reported Camallanus jodhpurensis sp.
Nov. and C. indicus sp.nov. and C. mujibia n. comb and Zeylanema
mujibia from the same host in 1988. Again in 1992 two new species
Cosmocercoides fotedari and Cosmocercoides kumaoni n.sp. from the
same place was recorded by him from the same host.
Ashtan and Rabalais (1978) studied the helminth parasites of some
anurans of North Western Ohio, USA. Ataur-Rahim (1982) described
Waltonella duboisi from marsh frog (Rana ridibunda) in Riyadh, Saudi,
Arabia. Babaev and Annakulieva (1978) observed the helminth infections
in Bufo viridis and R. ridibunda its dependence upon the habitat and
season in Turkmen, SSR.
Jilek and Wolf (1978) reported of Spinitectus gracilis Ward and
Magath, 1916 in the toad B. woodhousii fowleri in Illinois, USA and
Strongyloides spiralis n. sp. in R. esculenta most in Poland. Study on the
population of Cosmocercoides variabilis in eastern American toad, B.
americanus americanus from western West Virginia, USA was done by
Joy and Bunten in1997. In 2000 Jackson recorded two new species of
Falcaustra.
Rahaman and Khan (1978) also worked on the nematodes from
Bangladesh. The nematode species Glypthelminus quieta, Mesocoelium
monas, Distoichometra quieta, Mesocoelium monas, Distoichometra
LITERATURE SURVEY
31
bufonis, Aplectana sp., O.venezuelensis and Rhabdias fuelleborni from
three areas Trinidad (Mt.Hope and St. Joseph in north and Debe in the
south) from B. marinus recorded by Ragoo and Omah-Maharaj (2003).
These six helminth species represent new geographical records for
Trinidad and B. marinus appears to be a new host record for G. quieta
and D. bufonis.
Rao (1978) worked on nematode parasites of amphibian hosts and
in 1979 reported four new species, Paracosmocerca spinocerca n.sp. from
B. melanostictus, Cosmocerca macrogubernaculum n.sp. from Rana
cyanophlyctis, Cosmocercoides barodensis n.sp. from B. melanostictus
from Banglore and Gardwal respectively. In 1980 they described
Pharyngodon bursatus n.sp. from the rectum of Rana cyanophlyctis from
Hyderabad. They (1989a) recorded Gendria fotedari sp. nov from Rana
cyanophlyctis Stewartia macintoshii and S. chaudi from Rana tigrina and
B. melanostictus respectively from Hyderabad and Baroda.
In 1978 Rao recorded Narsingiella narsingi n. gen and n. sp. of
Aspidoderid nematode from Bufo viridis found in Berhampur. In 1980
they described new species of the genus Pharyngodon Diesing, 1861
Pharyngodon schistopapillatus n.sp. from rectum of Bufo viridis in
Berhampur. They (1989a) also recorded two new species of the genus
Pharyngodon, P. schitopapillatus from rectum of toad and P. bursatus
from intestine of Rana cyanophlyctis from Berhampur. Studies on the
anuran blood parasites of sub Himalayan toad, Bufo himalayanus was
carried out by them in 1992 in Darjeeling district West Bengal.
Wang et al., (1978) described Neyraplettana ranae n. sp. from R.
spinosa and R. guentheri, Angusticaecum ranae n.sp. from R. limnorcharis
from Fujian, Hanan, Guangxi Provinces and Fuzhou in South China. In
1981, they further gave notes on five new species, Cosmocercoides ranae
n.sp. from Rana spinosa, which differs from C. dukae, Angusticaecum
wuyiensis n. sp. from R. achmackeri in Wuyi, Fujian Province, China.
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Grabda-Kazubska (1978) recorded Strongyloides spiralis, a parasite
of R. esculenta in Poland. The identity of Neyraplectana schneideri
(Travassos, 1931) in Bufo bufo, R. temporaria, R. arvalis, R. esculenta and
Neoraillietnema praeputiale (Skrjabin, 1916) Semenow, 1929 in African
anura were completed by him in 1985. He transferred Aplectana
vercammeni and N. ranae to the genus Neyraplectana on the basis of
resemblance and absence of a gubernaculum.
Pike (1979) described Ganeo Africana, Gendria leberrei, Cosmocerca
sp., Oswaldocruzia subauricularia and nematode larvae from Khartoum
in Sudan.
In Cameroon, Durette-Desset and Vaucher (1979) collected O.
perreti from B. latifrons; O. gracilipes from B. gracilipes along with other
new species of Oswaldocruzia from reptilian hosts. Durette-Desset et al.,
(1984) recorded new species of Batrachonema Yuen, 1965b, under order
Trichostrongyloidea as Batrachonema bonai n.sp. from B. synaptospicula
from Malayasia, O. arabica a parasite of B. arabicus in the Arabian
Peninsula respectively and remark on related species were given by them
in 1992. They also redescribed O. bialata (Molin, 1860b) from R.
synklepton, R. esculanta [= R. esculanta (Klepton, R. esculanta, R.
lessonae)] in Bulgaria of unknown locality and gave description of other
species O. filiformis, O. guyetanii and O. duboisi from France from the
same host and same locality in 1993. Further they also described in
1994. Johnpearsoinia pearsoni gen. nov. under Johnpearsoniinae sub
fam. nov. from Bufo marinus with comments on the primitive
trichostrongyle parasites of amphibians and reptiles from Coen,
Queensland, Australia.
Petit and Yen (1979) described Waltonella malayensis a new filariid
worm from R. glandulosa in Malaysia, close to North America and African
species of Waltonella and Icosiella intani sp. nov. of family Onchocercidae
from R. canarivora. This is the first report in South Kalimantan Indonesia
LITERATURE SURVEY
33
(Purnomo and Bangs, 1996). They described Paraochoterenella
javanensis gen et sp. n from R. cancrivora in west Java, Indonesia in
1999. Helminth infracommunities of Rana vaillanti with eight nematode
species in Los Textlas Veracruz, Mexico were recorded by Paredes
Calderon et. al., (2004).
Deshmukh and Chaudhari (1980) described Meteterakis
aurangabadensis n.sp. from Aurangabad, India from B. melanostictus.
Gupta and Duggal (1980) described Paracosmocerca indica n.sp.
and Neoxysomatium macintoshii (Stewart, 1914) n. comb. from the
digestive tract of Rana sp. In 1987 they jointly also worked and
published their paper.
Khan and Mohiuddin (1980) observed the incidence of various
parasites and recorded from the frog R. cyanophlyctis in Sind, Pakistan
and Gnathostoma spinigerum from R. tigrina recorded by Khan et al.,
(1983) from Mymensingh district of Bangladesh. Rhabdias bufonis of
Rana ridibunda Pallas, 1771 from Goclawski canal in Warszawa, Polland
recorded by Kue Sulgostowska (1988). Life cycle and new data on the
distribution of Rhabdias sphaerocephala from B. bufo in Kiev region,
Ukraine and from Great Britan to South Western Russia in Europe was
made by Kuz’min (1997). A new species Rhabdias africanus was recorded
by them from South African toad in 2001. The species of genus Rhabdias
were recorded from amphibians and reptiles of the Nearctic zone by
Kuzmin et al., in 2003.
Soota and Dey Sarkar (1980) recorded Oswaldocruzia filiformis
(Goeze, 1782) Travassos 1917 and Cosmocercoides dukae (Holl, 1928)
Travassos, 1931 from the intestine of a Bufo himalayanus form the same
place and in 1981 Oxysomatium macintoshii from intestine of frog
(unidentified) from Sukna in Darjeeling District. Oswaldocruzia filiformis
(Goez, 1782) Travassos, 1917 in stomach, intestine and rectum of Bufo
melanostictus, Rana tigrina and R. cyanoflictictus and other vertebrates.
LITERATURE SURVEY
34
Lal (1942) recorded Oswaldocruzia and reported a new trichostrongylid
nematode from amphibian in 1944.
Wang (1980) gave description of Paraleptonema ranae n.g. n. sp.
from R. spinosa similar to Cosmoxynemoides sp., Aplectana
paucipapillosa n.sp. from R. spinosa. They worked on nematodes of
vertebrates in 1981 and reported six new species. They (1982) studied on
nemtodes of the family Capillaridae capillaria ranae n. sp. from Rana
guentheri, C. fujianensis n. sp. from Bufo melanostictus and C. bufonis
from R. nigromaculata in Fujian Province, China. Helminthes of B.
americanus, R. clamitans, R. pipiens and R. sylvatica from New
Wisconsin, USA were observed by Williams and Taft in 1980. Population
distribution of Ochterenella digticauda was studied in naturally infected
B. marinus in Jamaica, West Indies in 1985 by Wong and Bundy. Prey
size and parasite relationship in common toad B. bufo with Cosmocerca
ornata was determined by Wheator (1986). The synopsis of trematodes of
amphibians and reptiles from China is available from Wang Puquin and
and Wang (1992). The nematodes Metangusticaecum fujianensis sp. nov.
from Rana kuhlii and R. limnorcharis and Paracosmocerca
pectinospiculata, Kalicephalus indicus, Rhabdias nipponica, R. bicornis, R.
bufonis and Gorgoderna zigiagorchis were reported from Meihua
Mountain Nature Reserve and adjacent area in China (Wang et al., 1992).
Smyth and Smyth (1980) dealt with the parasitic fauna of three
species of Rana, the European R. temporaria, R. esculenta and North
American R. pipiens in their published book in London and Basingstoke,
UK.
Mark and Yong (1981) recorded of Waltonella malayensis Petit and
Yen, 1979 from Rana macrodon from Selangor, Malaysia.
Naidu and Thakare (1981) mentioned two new nematodes,
Haplodidentus indicus from Rana tigrina and fishes; Meteterakis karvei
from Bufo melanostictus of Vidarbha Region, Maharashtra state.
LITERATURE SURVEY
35
Soota and Dey Sarkar (1981b) worked on nematode parasites of
toad and frog along with other vertebrates and Oxysomatium maintoshii
from intestine of Bufo viridis from Arki in Solan district and Kunihar in
Himachal Pradesh was recorded.
Baker and Bain (1981) described Spinicauda voltaensis n. sp. and
S. mathevosianae (synonym of Aplectana acuminata) from Bobo
Dioulasso, upper volta, Africa. Bain et. al., (1979) worked on species
variety of Waltonella filariae co-existent in B. marinus in French Guiana
and mentioned those species as Waltonella spp., W. royi n.sp., W. ounari
n, sp., W. guyanensis, W. dufourae n.sp., and W. alberti n. sp. Bulakhov
and Konstantinova (1980) studied the effect of biocoenotic factors on the
prevalence of helminth infections in amphibians of the forest ecosystems
of the Pridneprov’e (USSR).
A survey of helminth parasites in salamander and certain anurans
in Wisconsin were done by Coggins and Sajdak in 1982. Cedhagen
(1988) reported Rhabdias bufonis, O. filiformis, Cosmocerca ornate and
Oxysomatium brevicaudatum from Rana arvalis, R. temporaria and O.
nybelin from R. temporaria, Bufo bufo, Bufo calamita in Southern Sweden.
Getsevichyute and Mitskevichene (1982) recorded Rhabdias
bufonis and Cosmocerca ornate in shores of lake, Drukshyai in USSR
from R. temporaria. Gibbons (1986) published SEM guide to the
morphological structure of nematode parasites of vertebrates.
Model (1983) studied helminth parasites of R. esculanta and R.
temporaria in Vancouver Island, Canada.
Grewal et al., (1983) reported Cosmocerca umnodynastes Johnston
and Simpson, 1943 from B. melanostictus. Oxysomatium manipurensis
sp.nov. were recorded by Gambhir and Tarnita (2005) from the rectum of
B. melanostictus in Manipur. Oxysomatium mehdii n.sp. from Rana
tigrina in Marathwada, Aurangabad (Maharashtra) was recorded by Ilyas
in 1980.
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36
Hendrikx and Moppes (1983) reported the morphology, routes of
infection and some pathological aspects of O. filiformis from common
toad, B. bufo and R. temporaria. In the same year they (1983a) mentioned
O. filiformis and its larval stage and sub adult stage from tadpoles of
B.bufo and R.temporaria and larval sub adult stages of O. filiformis
obtained from tadpole of R. temporaria. Again (1983b) they also studied
the seasonal fluctuation and localization and inhibition of development of
O. filiformis from B. bufo in Netherlands.
Kalabekov and Bigulov (1983) also recorded the helminth infection
on minor Asiatic frog Rana macronemis from shore of a rivulet in Georgia,
USSR. Some species of genus Rhabdias R. fuelleborni, R. elegans and R.
sphaerocephala from Bufo sp., R. androgyna n. sp. and R. hermaphrodita
n. sp. from B. tryponius and B. crucifer respectively were reported by
Kloss (1971) in Belem, Brazil and different species of genus Rhabdias, R.
sphaerocephala, R. fuelleborni, R. elegans, R. hermaphrodita from
marinus group of Bufo from south America were mentioned in two
different papers in 1972 and 1974. The analysis of infection by
Oswaldocruzia sp., Cosmocercoides sp., and Rhabdias sp. in Bufo boreas
and Hyla regilla made by Kollar and Gaudin in Southern California, USA
in 1976.
Bain and Purnomo (1984) published the papers on the findings of
their collection made from Rana macrodon near Kuala Lumpur,
Malayasia and described Icosiella laurenti n.sp. from the leg muscle.
Baker and Vaucher (1984) reported parasitic helminthes from Paraguay
and nematode under genus Cosmocerca Diesing, 1861 from frog. They
also observed and described their findings of 5 species under genus
Schrankiana from frogs in Paragyay; S. brasili from Bufo paracnemis (new
host record) along with other species of Schrankiana from another host
in 1988. A checklist of helminth parasites of Australian amphibian was
prepared by Barton (1994). He also studied the population dynamics of
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37
Rhabdias cf. hylae in the lungs of naturally infected B.marinus in North
Queensland, Australia in 1998.
Moravac (1984) studied Rhabdias joaquinensis from Rana aurora;
Moravec et.al., (1987) recorded R. bufonis, Strongyloides prokopici n.sp.,
Cosmocerca ornate, Aplectana macintoshii, Thubunaea pudica and some
larval forms excluding family Heterakidae and Pharyngodonidae from
amphibians and reptiles in Cairo, Egypt. They (1990) described
Cosmocerca ornata japonica from Zambia of Central Africa and Aplectana
macintoshii from B. regularis, Orneoascaris chrysanthemoides of Uganda,
East Africa from B. regularis and Cosmocerca ornata n.sp., from frogs of
South America along with other nematodes from some reptiles. In the
same year Moravec and Sey also reported Cosmocerca novaeguineal sp.
nov., Cosmocercinae gen sp. and Oxysomatium sp. Spinitectus sp.
Rhabdias australiensis sp. nov. from Rana daemeli and
Desmagnathinema papuensis sp. nov. (only female) from Rana grisea in
Papua New Guinea and Queensland of Australia.
Helminth fauna of R. ridibunda were also studied by Mustafaev
and Farzaliev (1977) in Azerbaidzhan, USSR. First American (New
Hampshire in USA) frogs R. clamitans and R. catesbeiana were given by
Muzzall and Baker in 1987.
Hasegawa (1987) described Meteteraksi ishikawanae sp. n. from
frog, R. ishikawae from Okinawa Island, Japan where this sp of Rana act
as a primary definitive host. Wakubitinema toyamai gen. nov. sp. nov.
under Seuratoidea and Quimperiidae obtained from intestine of Rana
(limnoncetes) namiyei on mountainous areas of Okinawa Island, Japan
also mentioned by him in 1988. This species W. toyamai also shows its
resemblance with Paraquimperia and Pseudohaplonema and it is actually
primarily aquatic species simultaneously it is also assumed that its
ancestors may be a fish parasitic species and close to Paraquimpera.
LITERATURE SURVEY
38
Borisova (1988) examined amphibian hosts from kuibyshev
reservoir in USSR and described Cosmocerca ornata from Rana lessonae
from O. filiformis from R. arvalis, Bolt et. al., (1993) by their observation
on the common frog (Rana temporaria ) came into the conclusion that it
act as a potential paratenic and intermediate host for Angiostrongylus
vasorum in Denmark, North western Europe.
Navarro et al., (1988) contributed to the knowledge of the five
species of Ascaridida, Raphidascaris accus, Seuratascaris numidica,
Cosmocerca ornate, Oxysomatium brevicaudatum and Aplectana
macintoshii parasitizing Iberian amphibians, Rana perezi, R. iberica and
R. temporaria. In next year they also found Strongyloides mascomai sp.
nov. from Rana perezi, which differs from S. pereirai, S. carinii, S.
amphibiophilus, S. physali, S. spiralis from Eastern Spain and other
species of Strongyloides from Poland, Central Europe.
Diengdoh (1989) studied the helminth parasite spectrum of
amphibian hosts in Meghalaya.
Fernando (1989) discussed the parsitic burden of the frog R.
ridibunda and their nematodes Aplectana sp., Abbreviata sp., Foleyella
duboisi, Oswaldocruzia sp. and Polystoma sp., and prepared a
preliminary list of parasitic helminthes from Saudi Arabia.
Griffin (1989) from three localities, Co. Dubin, Co. Meath and Irish
Republic in Ireland described O. filiformis in frogs, R. temporaria and
tadpole. Speare (1990) recorded the Rhabdias spherocephala along with
other helminthes from Bufo marinus (Cane toad) in Australia. Longibucca
cateabeianae n. sp. of gastrointestinal tract of R. catesbeiana reported
from Brazil by Souza et al., (1994). The knowledge of the helminthes
Oxysomatium brevicaudatum and Dorylaimidae gen sp. parasitizing
Iberian Amphibia, B. bufo and reptilian is also from Soriano et al., (1996)
in Prado de Ias Pozas and Laguna Grade, Sierra de Gredos (Avila Spain).
LITERATURE SURVEY
39
Ginetsinskaya and Golubeva (1991) recorded the changes in the
helminth fauna of R. temporaria in the Peterh of Park over fifty years. R.
bufonis, Seuratascaris numidica, Cosmocerca ornate and Aplectana
macintoshii from Rana pereji and from some reptiles in Sierra de Gudar,
part of the Sistema Iberico Mountains in Northeast Spain studied by
Galeano et al., 1996.
Goldberg and Bursey (1991a) recorded Aplectana itzocanensis,
Physaloptera sp., Oswaldocruzia pipiens, Rhabdias americanus from B.
alvarius and A. itzocanensis, O. pipiens, Physaloptera sp. and R.
americanus from Bufo cognatus in Southern Arizona, USA. They also
recorded Aplectana itzocanensis and O. pipiens from red spotted toad
Bufo punctatus, a new host record in the same year from the same
locality. In 1992, from Aunu Island (American Samoa) they recorded a
marine toad B. marinus as a new host record of Parapharyngodon
kartana. Ezo brown frog R. pirica Matsui, endemic to Hokkaido Island,
Japan was examined for helminthes by them in 2003. These species
Cosmocercoides pulcher, O. socialis and Rhabdias nipponica were
recorded. Rana pirica represents a new host record and Hokkaido Island
a new locality for O. socialis, R. nipponica. None of the helminth found in
this study is restricted to Hokkaido Island.
Southern lower Michigan, USA recorded as a new locality by
Muzzall and Peebles (1991) O. ipiens, Cosmocercoides pennsylvaniensis
from Wood frog, R. sylvatica along with other trematodes collected from
these hosts.
Muzzall (1991a) recorded Falcaustra catesbeianae from R.
catesbeiana (Bull frog ) in Turkey Marsh and Michigan in USA.
Andrews et.al.,(1992) studied the helminths of Rana catesbeiana
Shaw,1802a,b in Southern Illinois with a chek list of helminths in
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40
bullfrogs of North America and recorded Cosmocercoides dukae and
Camallanus sp. from La Rue Pine Hills area.
Ben Slimane and Durette-Desset (1993a) worked on genus
Oswaldocruzia and described their findings O. filiformis from intestine as
first species and O.bialata as second species from France and central
Europe respectively and O. duboisi sp. nov from the intestine of Rana sp.
from France; O.guyetanti from the intestine of Rana sp. from Besancon,
France. They also described four new sp. of genus Oswaldocruzia from
Ecuador, South America in 1993b and described O. chambrieri from Bufo
typhorius from Napo province Ecuator, O. touzeti from Eleutherodactylus
variabilis, O. bonsi from Bolitoglosa equatoriana and Ischnocnema
quixenses, O. vaucheri from I. quixensis. In 1995a they reviewed
Oswaldocruzia parasitic in Brazilian and Ecaudorian amphibians and
redefined the type species O. subauricularis (Rudolphi, 1819) from
Brazilian and Ecudorian Bufonidae and O. mazzai Travassos, 1935a
from Bufonidae with their collection O. dlouhyi from Bufo sp. and O.
taranchoni from Bufo marinus from Brazil. In the same year they also
collected some Oswaldocruzian nematodes from amphibian and lizards
from some area of West Indies and described O.barusi from Bufo
empusus from Cuba, West Indies and other species of Oswaldocruzia
from lizards from Puerto Rico, West Indies. In 1995b they described O.
barusi as a new species from Bufo empusus from Cuba along with other
species of the genus from other vertebrate host from Puerto Rico. In
1996a they published their papers on the four new species of
Oswaldocruzia parasitizing amphibians and lizards from Ecuador, South
America and those Oswaldocruzia nematode parasitizing the amphibian
are O. taramchoni from Bufo marinus from Brazil and O. chambrieri from
Bufo sp. from the same region. In the same year the author also observed
two new species of genus Oswaldocruzia from amphibian from
Cameroon, West Africa and reported O. ohlerae from B. camerounensis
LITERATURE SURVEY
41
and O. ineichi from Rana (Amnirana) amnicola. They also examined B.
marinus from Venezuela, South America and described the O.
venezuelensis as a new species. In the same year they described their
nematode findings from different amphibians from French Guyana and
Ecuador, South America as Oswaldocruzia sp. from Leptodactylus
pentadactylus; O. lescurei from B. typhonius; O. albereti from
Leptodactylus pentadactylus, Bufo sp. and Hyla sp. respectively. O.
chabaudi from Hyla sp. They also described two new species of the genus
Oswaldocruzia, O. ohlerae and O. ineichi from Rana (Amnirana) amnicola
from Cameron, West Africa in the same year. Revision work on genus
Oswaldocruzia was done by them in 1997 and recorded four new species
from Canada. In the same year they described five new species,
Oswaldocruzia audebertae, O. canadensis, O. stevensi and O. andersoni
sp. from B. americanus, O. priceae from Rana pipiens and two known
species O. pipiens from Rana sylvatica and O.leidyi Steiner, 1924 from
Hyla carolenensis from Nearctic region.
Moravec and Keiser (1994) studied the nematode larvae and
described Cosmocerca longispicula. Moravec and Vojtkova (1975) worked
on and showed the variability in two nematode species O. filiformis and
Oxysomatium brevicaudatum, the common parasites of European
amphiians and reptiles. Helminths in bullfrogs (R. catesbeiana), green
frogs (R. clamitans) and leopard frogs (R. pipiens) from new Brunswick,
Canada was reported by Mc Alpine in 1997. The toad B. granulosus
major act as a new host in new geographical area Argentina, South
America for the nematode Cosmocerca parva Travassos, 1925 (Mordeglia
and Digiant, 1998). Abbreviata sp. and O. pipiens was reported from
Wood frogs, Rana sylvatica along with three new hosts and other
helminthes from Izard country Arkansas USA by Mc. Allister et. al., in
1995. Besides this O. pipiens, Abbreviata sp. and Cosmocercoides
variabilis from Pickerel frog, Rana palustris from Southern part of the
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42
Arkansas, USA also reported by them in the same year. Nematode
parasite Cosmocercoides variabilis of the eastern narrow mouth toad,
Gastrophryne carolinensis from northwestern Louisiana (a new
geographic area) and north eastern Texas, USA was recorded by Mc
Allister and Bursey (2005).
Goldberg et al., (1995) reported species of the genus Aplectana and
Rhabdias fuelleborni from B. marinus in Bermuda Island in Atlantic
ocean and B. cognatus and B. debilis were recorded for Aplectana
itzocanensis, R. americanus and for larvae of Physaloptera sp. in addition
to these parasites, B. debilis also was recorded for Aplectana incert from
New Mexico. They (1996a) recorded B. retiformis (Sonoran green toad) as
a new host records for the Aplectana incerta, A. itzocanensis, O. pipiens,
Physaloptera sp. and Rhabdias americanus from Pima Country, Arizona
USA and Aplectana incerta, A. itzocanensis, R. americanus, Physaloptera
sp. and Physocephalus sp. of the South Western toad, B. microscaphus,
Woodhouse’s toad, B. woodhousii from Central Arizona. In 1998 they
reported Falcaustra catesbeiana, R. ranae, Physaloptera sp. and
unidentified ascarid from Rana chirricahuensis, R. yavapaiensis and from
one introduced frog species R. catesbeiana from Arizona, the new locality
for R. ranae. In 2000, they recorded Cosmocercoides variabilis, Falcaustra
ranae, O. pipiens, R. ranae and Spinitectus gracilis from northern leopard
frog R. pipiens from North Dakota and South Dakota in USA.
Ha Duy Ngo and Nguyen Thile (1995) recorded five species of
nematodes along with other trematodes and acanthocephalans from R.
rugulosa in suburden regions of Hanoi, Vietnam. Batrachonema
synaptospicula, Amphibiophilius ranae from R. limniocharis and other
species from R. narina were studied by Hasgawa et al., (1996) in
Peninsular Malayasia, South China and Kinawa, Japan respectively and
B. synaptospicula also studied from southeast and East Asia. Emended
description of Trichostrongylidae. Mazamastrongylus peruvianus and
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43
comments about the relationship among the genera Mazamastrongylus,
Spiculopteragia and Sarwaria were done by Hoberg (1996) in Baltimore
Avenue, Belts Ville, USA. O. pipiens was recovered from the small
intestines of B. americanus in southwestern West Virginia by Hanna and
Jay (2003).
Helminth communities in the northern spring Peeper, Pseudacris
C. crucifer Wied and the Wood frog, Rana sylvatica Le Conte from
Southern Wisconsin USA was studied by Yoder and Coggins (1996).
Ben Slimane et al., (1996a) worked on the genus Oswaldocruzia in
amphibian hosts collected from museum in Paris. O. venezuelensis a
parasite most closely related to O. vaucheri from B. marinus from
Venezuela South America was described by them in 1996. Two new
species of Oswaldocruzia Travassos, 1917 parasitizing Spanish
amphibians also described by them in 1997.
Spratt (1997) also mentioned the endoparasitic control strategies
and its implications for biodiversity of nature gave priority on nematode
parasites in New Zealand, Australia.
Atlantic ocean was reported by Linzey et al., in 1998. Luque et al.,
(2005) reported Oswaldocruzia lopesi Freitas et Lent, 1938, O. mazzai
Travassos, 1935a, O. subauricularis (Rudolphi, 1819), Oxyascaris sp.
Parapharyngodon alvarengai, Freitas, 1957, Rhabdias elegans Gutierrez,
1945 and R. sphaerocephala, Goodey, 1924 from Bufo ictericus (Spix,
1824) in Miguel Pereira, State of Rio de Janeiro, Brazil.
In 1998 Bursey and Goldberg examined Canadian toad, Bufo
hemiophrys from Alberta, Canada and described Cosmocercoides
variabilis, O. pipiens and Rhabdias americanus. They also found
Falcaustra catesbeianae, F. chabaudi, F. chelydrae, F. mexicana, F. wardi,
F. affinis from Tarahumara frogs, Rana tarahumarae and recorded
Falcaustra lowei as a new sp. from Sonora, Mexico, USA in 2001.
Oswaldocruzia costaricensis n. sp. from the intestine and Rhabdias
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44
savagei n. sp. from the lungs of Rana cf. forreri are described by them in
2005. Oswaldocruzia costaricensis represents the 77th species assigned
to the genus and Rhabdias savagei represents the 47th species assigned
to the genus. Rana cf. forreri was also found to harbour the nematodes,
Aplectana incerta, A. itzocanensis, Cosmocerca podicipinus, Foleyellides
striatus, Subulscaris falcaustriformis and a larva of the nematode
Brevimulticaecum sp. the Cosmocerca panamaensis is considered to be a
synonym of Cosmocerca podicipinus. Icosiella turgeocauda from the
intestinal mesenteries of Rana canorivora in Luzon, Philippines was
collected, described and illustrated by Bursey et al., (2003a). Icosiella
turgeocauda represents the ninth species to the genus Seuratascaris
numidica. The Philippines represents a new location record for
Seuratascaris numidica.
Bursey and De Wolf, (1998) published their paper on the
observation of nematode parasites from different Rana sp. in Coshocton
country, Ohio, USA and described Gyrinocola batrachiensis from Rana
catesbeiana and R. clamitans ; Cosmocercoides variabilis from R.
clamitans; Cosmocercoides variabilis from R. catesbiana, R. clamitans, R.
palustris, Rhabdias ranae and Physaloptera sp. from R. clamitans.
Dey Sarkar, (1998) described Cosmocercoides dukae (Holl,1928)
Travassos, 1931 from Himalayan toad (Bufo himalayanus) and Pelobatid
toad (Megophrys sp.) from the intestine; Oxysomatium anurae Biswas
and Chakravarty,1963 from rectum in Bufo melanostictus; Oxysomatium
stomatici Biswas and Chakravarty,1963 from Bufo melanostictus in
rectum; Meteterakis govindi Karve,1930 from intestine and rectum of
Bufo melanostictus; African bufonis Biswas and Chakravarty,1963 from
Bufo melanostictus; Oxysomatium macintoshii in intestine and rectum of
the same host and from Rana tigrina, Rana cyanoflictis.
Neoprotozoophaga bufonis Biswas and Chakravarty, 1963 in rectum of
LITERATURE SURVEY
45
Bufo melanostictus; Propharyngodon ranae Biswas and Chakravarty,
1963 in rectum of Rana tigrina in various districts of West Bengal.
Dey Sarkar (1999) recorded the Oxysomatium macintoshii from
Rana tigrina, Rana sp. and Bufo melanostictus ; Meteterakis govindi ,
Karve, 1930 from B. melanostictus, Oswaldocruzia filliformis in Rana
cyanophlyctis and B. melanostictus in Shillong, East khasi Hills,
Thadlaskin, Umkiang, Jaintia Hills; William Nagar, Tasek, East Garo
Hills district of Meghalaya. They (2000) also recorded Oxysomatium
macintoshii in intestine and rectum of Rana cyanophlyctis; Meteterakis
tripurae n.sp., M. govindi and Oswaldocruzia goezei from Bufo
melanostictus and Rana sp. in various places of Tripura.
Gillilland and Muzzall (1999) recorded R. ranae, O. priceae,
Cosmocercoides dukae, Raillietnema sp., Spiroxy sp., unidentified
immature larvae on froglets of Northern leopard frog, Rana pipiens and R.
ranae, Oswaldocruzia priceae on adult Rana pipiens in Foggy bottom
Marsh in Southern Michigan, USA.
Galicia–Guerrero et al., (2000) worked on helminthes of two
sympatric toads, B. marinus and B. marmoreus, both of these act as a
new host for Ochoterenella digticauda, Rhabdias fuelleborni and
Physaloptera sp. larvae and Cystacanths of Centrorhynchus sp. were
obtained from Bufo marmoreus in Pacific coast of Jalisco, Mexico which
found as a new locality.
Bolek and Coggins (2000) worked on Eastern American toads; Bufo
americanus and recorded O. pipiens, Cosmocercoides variabilis and
Rhabdias americanus from Waukesha Country, Southeastern Wisconsin,
USA. Aisien et al. (2001) described Rhabdias bufonis, Cosmocerca ornate,
Paracosmocerca sp., Chabaudus leberi, Amplicaecum africanum,
Camallanus dimitrovi, Camallanus sp., Batrachocamallanus xenopodis,
Bufo sp., and Oswaldocruzia hoepplii from Bufo regularis from Rain forest
and mangrove forest zones of South-Western Nigeria, Africa.
LITERATURE SURVEY
46
Dutta Sarkar and Manna (2002a) recorded larvae of Monhysterides
sp. from Bufo and Rana sp. from Liluah, Belur, Habra and Sonarpur in
W.B. In the same year (2002b) they also recorded Ascaridia galli
(Schrank, 1788) Freeborn, 1923 in Rana tigrina from Belur, W.B.
Helminth parasites of Bufo regularis, B. maculates and Rana
galamensis from five locations in the Savanna-mosaic and one in the
traditional vegetation zone of Edo state of Nigeria were investigated along
with other amphibians by Aisien et.al. (2003) and recorded Rhabdias
bufonis, Cosmocerca ornate, Camallanus dimitrovi, Amplicaecum
africanum and Batrachocamallanus xenopodis, Folleyelides sp.,
Abbreviata sp. (larva) and larval ascaridoids. A study of the helminth
parasites of amphibians at New Bussa in the Guinea Savanna zone of
Nigeria was undertaken by them in 2004. Amphibian hosts examined
included B. regularis, B. maculates, Dicroglossus occipitalis and Rana
galamensis. Nematode parasites included Rhabdias bufonis,
Amplicaecum africanum, Camallanus dimitrovi, Cosmocerca ornate and
the larvae of an ascaridoid nematode. New species of nematods were
described in northern Fergana plain in Uzbekistan Asia and one of them
is Spironoura govacus sp. nov. from the green toad B. viridis by Ikramov
and Azimov (2003). The species diversity and some ecological
characteristics of helminthes infesting B.viridis and R. ridibunda in the
Fergana valley of Uzbekistan were investigated by them in 2004. A survey
was conducted by Ikromov et. al., (2004) and found composition of the
helminth fauna of the lake frog R. ridibunda in Ferghana Valley,
Uzbekistan and reported Skrjabinoeces minimis, Strongyloides sp. and
Thelandros sp.
Mashaii (2005) recorded helminth parasites of green toad, B.
viridis, tree frog, Hyla arborea savignyi and marsh frog Rana ridibunda
ridibunda from Southwest of Iran mainly from Khouzestan province were
recorded. Among those helminth parasites Cosmocerca ornata,
LITERATURE SURVEY
47
Cosmocerca commutata, R. bufonis and Aplectana sp. were collected from
B. viridis and Aplectana sp. from R. ridibunda and in tree frogs H. arborea
savingnyi.
Yildirimhan et al., (2005) collected marsh frogs Rana ridibunda
from four different regions of Turkey and variable extended localities and
recorded Cosmocerca ornate, Neoxysomatium brevicaudatum and O.
filliformis. This is the first time that R. ridibunda has been reported in
Turkey.
However, literature on nematode infection, taxonomic importance
and its diversity in frogs and toads in the Aurangabad region is lacking.
Hence an attempt has been made to add some knowledge regarding these
nematode parasites.
MATERIALS AND METHODS
48
Toad:
1) Duttaphrynus melanostictus (Schneider, 1799) Frost et al., 2006
Common toad (= Bufo melanostictus Schneider, 1799)
Frog:
2) Euphlyctis hexadactylus (Lesson, 1834) Dubois, 1992.
Pond frog (= Rana hexadactyla Lesson, 1834).
3) Hoplobatrachus tigerinus (Daudin, 1803) Dubois, 1992
Indian bull frog (= Rana tigrina Daudin, 1803).
4) Uperodon systoma (Schneider, 1799)
Burrowing frog
A] COLLECTION:
Toad Duttaphrynus melanostictus (Schneider, 1799) Frost et al.,
2006 (= Bufo melanostictus Schneider, 1799) and frogs Euphlyctis
hexadactylus (Lesson, 1834) Dubois, 1992 (= Rana hexadactyla
Lesson, 1834), Uperodon systoma (Schneider, 1799) and
Hoplobatrachus tigerinus (Daudin, 1803) Dubois, 1992 (= Rana tigrina
Daudin, 1803) were collected in different seasons throughout the year
from industrial areas namely Waluj, Chikalthana, Shendra and
Ranjangaon of Aurangabad. Three annual cycles 2007-08, 2008-09,
2009-10 were considered for the collection of nematodes.
The toads and frogs after collection in the field were brought to
the laboratory and were overanesthesized with chloroform. The body
cavity was opened by a longitudinal ventral incision with a pair of
blunt pointed scissors and the alimentary tract was excised by cutting
across the oesophagus and the rectum. The collection of parasitic
nematodes begins first by thoroughly exploring all parts of a suspected
host. The mucous membrane is washed in 0.9 % saline. The gut
content, washings of the mucous membrane itself need to be
MATERIALS AND METHODS
49
thoroughly examined for the parasites. Different body organs like liver,
stomach, intestine, rectum, heart, lungs, urinary bladder, mesenteries
and kidney of the hosts were separately taken and dissected in normal
saline in different petridishes and then the nematodes were collected
in separate watch glasses containing normal saline immediately. Every
care was taken to collect the worms and again washed thoroughly to
remove whatever residual extraneous material may still adhere to the
specimens.
In case of smaller gut it is cut open, thoroughly submerged in
saline and kept in a suitable dissecting tray or petridish. From the
exposed digestive tract and other parts of the body, the worms which
can be seen with the naked eye are picked up with the help of brush or
dropper and placed in petridishes containing saline water.
B] PRESERVATION:
The collected intestinal worms are washed thoroughly to remove
extraneous materials adhering to them. The parasites so recovered
were first studied in live condition in normal saline under the
Stereoscopic binocular microscope. For face view the head end of the
worm was cut with a sharp blade under a binocular. A very small
amount of glycerin jelly was taken on a clear dry cover glass. The cut
head end was then placed in the glycerin jelly in an upside down
condition with the aid of a fine needle and observed under a binocular
microscope. Basic techniques used for preservation (Berland, B. 1982).
Nematodes are laid straight in clean petridish and some streaming
70% alcohol is pored over so as to submerge them completely or the
nematode parasites are relaxed by putting them in a beaker containing
boiling hot 70% alcohol and allowed to remain there for sometime. The
parasites are killed instantaneously in a straight and extended
MATERIALS AND METHODS
50
condition. When the specimens are satisfactorily fixed, usually after a
few minutes, they were preserved in 70% alcohol in a vial with a few
drops of glycerin and a proper label with name of host, locality,
location of parasite and date of collection.
Whenever the specimens were examined transferred directly
from 70% alcohol to lactophenol for microscopic examinations or
cleared either in creosote or in case of delicate and small specimens
glycerin was used as clearing agent. Lactophenol used to soften the
cuticle and countering shrinkage of the parasites. In present study
creosote gave the best results. The specimens were placed to desired
position under a cover glass and studied. The orientation of the
posterior end was brought about in desired position by rolling it under
the cover glass with the aid of a fine needle. Before restoring, the
specimens dip into the 70% acid alcohol, to prevent their subsequent
darkening to some extent and stored satisfactorily. Nematodes were
cleared with lactophenol and mounted in temporary slides (Lamothe-
Argumedo, 1997). All the measurements are in millimeters, unless
otherwise mentioned and all diagrams are drawn with the help of
Camera Lucida in addition, photomicrographs of the specimens were
also taken.
All the nematode species are identified following the CIH keys to
the nematode parasites of vertebrates [1974- 1983 (ed.) Nos. 1- 10],
“Systema Helminthum” (Yamaguti, 1958, 1959, 1961, 1963 a, b), “The
Fauna of British India,” Vol. I and Vol. II (Baylis, 1936, 1939),
Parasites: A guide to Laboratory Procedures and identification (Ash et
al., 1991).
MATERIALS AND METHODS
51
C] Scanning Electron Microscope (SEM) study:
The nematode parasites for scanning Electron Microscopy were
processed following Barus and Majumdar (1975). Hot 70% alcohol
were used for killing and kept the specimens in vials with few drops of
glycerine in 70% alcohol or fixed in 2.5% Glutaraldehyde solution in
0.1M phosphate buffer for 4 hours and subsequently in osmium
tetraoxide (OSO4). After that longer specimens were cut into two to
three parts with the help of a sharp razor blade while the shorter ones
were left intact. Then the samples were preserved in 70% alcohol for
further processing.
The dehydration was done passing through a series of alcoholic
grades (30%, 50%, 70%, 90%, 100%) and then transferred to Isoamyl
acetate overnight through mixtures of absolute alcohol and an Isoamyl
acetate (3:1, 1:1 and 1:3) respectively and subjected to critical point
drying then the specimens fixed to the stub with adhesive and then
gold coated. The coated samples were subjected for study under ESM
(Model of Hitachi S-530, Japan) with a resolution of 70A0 and
operating at an accelerating voltage of 5-15kv and micrographs were
taken at the Department of Physis, Shivaji University, Kolhapur (M.S.)
India. Magnifications of the micrographs are specified in each case.
Statistical Methods Used:
All the relevant data collected were statistically analyzed to
assess the significance of variations for different parameters (Fisher
and Yates, 1938, 1974, 1975) and (Zar J.H., 1996). The significance of
variation was tested at 5% and 1% levels of probability. All tests were
accompanied with appropriate controls. Correlations among various
parameters were studied to evaluate the influence of variation of one
MATERIALS AND METHODS
52
factor to the others only mean values of estimations of various
parameters are recorded.
The following statistical parameters are used for analysis.
1) Estimation of Arithmetic mean
2) Estimation of SD
3) Estimation of correlation between two variables
4) ANOVA
5) For studying the nematode parasites of the various host
species, the following parameters were used to analyze the data
following Margolis et al., (1982) and Muzzal (1991).
Intensity = Number of individuals of a host species in each
Infected host in a sample.
The seasons taken for the study were categorized into three
parts as Rainy (S1), Winter (S2) and Summer (S3) and each with a four
month period.
Prevalence and mean intensity were calculated according to
Bush et al. (1997).
Incidence of infection= B x 100/A
Where B- is the number of host infected and
A is the total number of host under observation.
Intensity of infection= C/B
Where C is the number of parasites collected in a host
Density= C/A
TAXONOMY
53
1) Oswaldocruzia goezei (Skrjabin and Schulz, 1952)
Classification:
Class : Nematoda Rudolphi, 1808 emend. Diesing, 1861.
Order : Strongylida Molin, 1861.
Super family : Trichostrongyloidea Cram, 1927.
Family : Molineidae (Skrjabin and Schulz, 1937)
Durette- Desset and Chabaud, 1977.
Sub- family : Molineinae Skrjabin and Schulz, 1937.
Genus : Oswaldocruzia Travassos, 1917.
Materials Examined:
Host : Duttaphrynus melanostictus; Hoplobatrachus
tigerinus and Euphlyctis hexadactylus.
Location : small intestine, stomach (below horney layer),
Occasionally from rectum.
Locality : Waluj, Chikalthana, Shendra and Ranjangaon.
Deposition : Helminth Research Lab., Dept. of Zoology,
Dr. B. A. M. University, Aurangabad (M.S.)
Male:
Bursa symmetrical; 2 lobed or 3 lobed, dorsal lobe triangular; pre
bursal papillae absent, ventral rays equal; externo-lateral diverging
from medio-lateral ; medio-lateral and postero-lateral contiguous;
externo dorsal ray arising from common trunk with dorsal thick,
bifurcated ending in three pairs of digitation; spicules complex and
almost equal with 4 or 5 terminal; in the dorsal two thirds of their
length they are fitted with five strongly chitinized offshoots united by a
membranous hyaline envelope, which is impossible to examine on the
spicules inside the body of the parasite, when the spicule protrudes
TAXONOMY
54
from the cloaca in the live parasite these offshoots extend fanwise.
There is no gubernaculum.
Female:
Vulva in posterior half of the body amphidelphic. The posterior
ovary terminates infront of the sexual aperture and the anterior ovary
behind the end of oesophagus. The ova are oval, in the uterus they are
in the morula stage. Tail is conical and terminates in a needle like
offshoot.
The longitudinal and transverse striations are densely arranged
on the body are very prominent. Stichosome observed in a longitudinal
row in oesophagial region, oral opening appears to be triangular, six
cephalic papillae as an elevated organ are clearly observed. Vulva
clearly observed. Excretory pore observed very clearly, prebursal
opening clearly seen.
Measurements:
a) Male:
Total body 3.69- 5.39 long, 0.11- 0.15 wide; head (0.01- 0.04) X
(0.02- 0.05) in diameter. Nerve ring at 0.03 - 0.07 distance from
anterior end; oesophagus 0.07- 0.42 long, 0.04- 0.07 wide. Spicules
0.11- 0.15 long and the excretory pore difficult to locate.
b) Female:
Total body 4.15- 11.59 long, 0.12- 0.18 wide; head (0.02- 0.07) X
(0.03- 0.05) in diameter. Nerve ring at 0.03- 0.04 distance from the
head end; oesophagus 0.32- 0.64 long, 0.04- 0.06 wide; vulva at 3.04-
10.45 distance from anterior end; length of tail 0.02- 0.56; egg (0.06-
0.03) X (0.11- 0.04) in diameter.
Species Diagnosis:
Thin rosy, cylindrical nematodes inhabitant of small intestine of
Bufo sp. and Rana sp. The female body tapers towards both ends and in
the males only towards the anterior ones. The anterior end ventrally
TAXONOMY
55
bent in an arc, sometimes forming a closed ring. Head wider than body
width with a cuticular vesicle, transversely striated, divided into two
parts, the anterior one wider than the posterior; body transversely and
longitudinally striated cervical alae present or absent; neck papillae
present, weakly developed behind the middle of this oesophagus.
Excreatory pore poorely discernible. The mouth with a small oral cavity,
as usual with 6 papillae of which the laterally are large and of
mushroom shaped. The oesophagus club shaped the intestine almost
straight.
Discussion:
The genus Oswaldocruzia was erected by Travassos, 1917 for the
species Strongylus subauricularis Rudolphi, 1819. This genus included
in Oswaldocruzia erected by Skrjabin and Schulz in 1937 with two
subgenera Oswaldocruzia Morishita, 1926 and O. bialata, Molin, 1860.
In this group the collected parasites of reptiles and amphibians
are characterized by the presence of a head vesicle, the absence of a
toothed mouth cavity, a thick dorsal rib in the male bursa split distally
into a number of processes and short spicules split at their distal ends.
After the creation of genus Oswaldocruzia Travassos, 1917
simultaneously an additional six spices were included of which the
majority of cases insufficiently studied. O. subauricularis, O. filiformis,
O.denudata and O. dispar, the latter two known only from females and
for this reason to be included in the genus Oswaldocruzia with
reservations. These species were numbered by the Travassos under the
genus Oswaldocruzia. The species O. bialata, O. subventricosa and O.
leidyi were insufficiently studied. In 1924, Steinger had the opportunity
to investigate and describe O. leiydi. O. subventricosa was studied by
Travassos, 1925 and he also established the genus Schulzia in 1937.
TAXONOMY
56
The three new species of O. insulae, O. socialis and O. yezoensis
was described by Morishita in 1926 and the genus Oswaldocruzia were
divided into two subgenera Oswaldocruzia, Bialata and are
characterized by the smaller or lesser development of the cervical fins.
Travassos in 1937 came to conclusion that this subdivision was
insufficiently substantiated and thus he abolished it. A large number of
Oswaldocruzia spp. were studied by Travassos and advanced the
following consideration concerning the validity of the species O. bialata
and O. filliformis. Goez (Writes Travassos) mentioned one
trichostrongylid which parasitizes different cold-blooded vertebrates,
mainly Rana, Bufo and named it Ascaris filliformis. Molin established
that Goeze had dealt with only two species of which one carry no
cervical fins and parasitized Rana temporaria Linnaeus, 1758a. They
called the latter species Schulzia bialatus. From this it is seen that the
observation made by Goeze in all probability refer to parasites found in
both Rana and Bufo and in other hosts as well. Molin on the other hand
singled out the parasites of Rana for an independent species, S.
bialatus. In the year of 1937 Travassos gave a detailed description of
one species of Oswaldocruzia from Bufo and other amphibians and he
refers to this species by the name of O. filiformis (Goeze, 1782).
In the year 1937 Travassos does not recognized the species O.
insulae Morishita 1926 or O. socialis Morishita 1926 as independent
forms. They considers the first to be a synonym of O. filiformis (Goeze,
1782) and the second of O. bialata (Molin, 1860). Skrjabin et al., (1951)
considered that these species are valid until a more detailed study has
been carried out.
The species of O. malayana described by Baylis was transferred
into genus Trichoskrjabina by Trvassos in 1937. Which he had specially
created, while the species O. subventricosa (Schneider, 1866) was
transferred into the genus Schulzia by them. The species O. natalensis
TAXONOMY
57
Walton, 1935 and O. agamae Sandground 1930 were transferred by
Travassos into the genus Amphibiophilus. But Skrjabin, Shikhobalova
and Schulz did not agree, since they considered that the genus
Amphibiophilus must be included in the superfamily Strongyloidea,
while the species O. natalensis and O. agamae must remain in the
genus Oswaldocruzia. As a result Travassos (1937) divided the genus
Oswaldocruzia into three independent genera. Oswaldocruzia,
Trichoskrjabinia and Schulzia. As far as the subdivision of the genus
Oswaldocruzia into separate genera is concerned, as suggested by
Morishita, he did not consider this expedient and on this point Skrjabin
et al., 1951 agreed. At that time they include 31 species in the genus
Oswaldocruzia. The poor descriptions of many of these species and lack
of certain descriptions deprive them in the area of possibility of carrying
out a complete revision of the species constitution of this genus. Until
more detail study of these species are made Skrjabin et al., 1954
accepted the whole system suggested by Travassos but with a number
of reservations.
In 1993 Ben Slimane and Durrette-Desset worked on genus
Oswaldocruzia and described their findings O. filiformis from intestine
as first species and O. bialata as second species from France and
Central Europe respectively and O. duboisi sp. nov, O. guyetanti sp. nov.
from the intestine of Rana sp. from France. They also described four
new species of genus Oswaldocruzia from Ecuador, South America and
described their findings as a O. chambrieri sp. nov. from Bufo typhonius
from Napo Province, Ecuador O. touzeti sp. nov from Eleutherodactylus
variabilis. O. bonsi sp. nov. from Bolitoglossa equatoriana and
Ischnocnema quixenses, O. vaucheri sp. nov. from I Quixensis. All these
species of the genus recorded by Ben Slimane and Durette- Desset are
different from the present species by different morphometric
characteristic features and body measurement. In 1995 they criticized
TAXONOMY
58
about the Oswaldocruzia parasitic in Brazilian and Ecaudorian
Bufonidae and redefined the type species O. subauricularis (Rudolphi,
1819) and O. mazzai Travassos, 1935a,b,c with their collection O.
dlouhyi sp. nov from Bufo sp. and O. taranchoni sp. nov. from Bufo
marinus from Brazil.
Revision work on genus Oswaldocruzia was done by Ben Slimane
and Durette-Desset in 1997 and recorded four new species from
Canada. From Nearctic region the viscera of certain amphibian was
examined in the same year and described five new species
Oswaldocruzia audebertae sp.nov, O. canadensis sp.nov., and O.
andersoni sp. nov. from B. americanus Holbrook, 1836 (B. lentigious); O.
priceae sp. nov from Rana pipiens Schreber, 1782 and O. stevensi sp.
nov from Bufo americanus Holbrook, 1836 (Eastern American toad or
=B. lentigious) and two known species O. pipiens from R. sylvatica Le
Conte, 1825 and O. leidyi Steinger, 1924 from Hyla carolenensis with
revision of the genus Oswaldocruzia. They only mentioned their findings
as a new species from various Neotropical and parasitic amphibians
and reptilian host and somewhere showed their differences among the
new species and did not considered much of the pre-existing species of
the genus except O. leidyi Travassos, 1917, which is considered as
Nomen nudum. O. leiydi Steineger, 1924 a parasite of Hyla carolinensis
is characterized by one caudal bursa and the absence of cervical alae.
O. collaris Walton, 1929, O. subauricularis (Rudolphi, 1819) Sensu
Walton, 1929, O. minuta Walton, 1941, O. waltoni Ingles, 1936 are
considered as species in Quirendae. O. pipiens Walton, 1929 are
redescribed mainly on the basis of synlophe and caudal bursa type (new
approaches) from Rana sylvatica Le Conte, 1825 (Ranidae, wood frogs)
from Canada, Guelphet Algonquin Park, Ontario, where it was recorded
from Rana pipiens Schreber, 1782 (Northern leopard frog American
species) and R. palustris Le Conte, 1825 (American sp. or Pickeret frog)
TAXONOMY
59
from small intestine from Wisconsin, Minnesota and Illinois, North
America. But as a revision work of the genus Oswaldocruzia Travassos,
1917 it might be essential thoroughly review the work on the genus but
they only mentioned their findings and throughout their discussion
never mentioned and compared their n. sp. with the pre-existing species
of the genus. Moreover did not emphasize and mentioned about the
species Strongylus subauricularis Rudolphi, 1819 for which Travassos
(1917) erected the genus Oswaldocruzia. However in 1995 they
discussed the Oswaldocruzia parasitic in Brazilian and Ecuadorian
amphibians and redefined type species O. subauricularis (Rudolphi,
1819) from Brazilian and Ecaudorian Bufonidae.
Ben Slimane et al., 1993 worked on the genus Oswaldocruzia
from Museum in Paris. They described in 1996 O. venezuelensis n.sp. a
parasite of B. marinus Linnaeus, 1758 from Venezuela, South America
and established that this species is most closely related with O.
vaucheri, Travassos, 1917 which parasitizing Spanish amphibians also
described by them in 1997. But they did not mentioned about the O.
goezei from any host and did draw any affinities with the pre existing
species of O. goezei Skrjabin and Schulz, 1952.
They emphasized the synlope characteristic in oesophageal
region, the relative arrangement of rays 6 and 8 of the caudal bursa and
acute spicular character.
Durette-Desset (1977, 1981) worked on classification of
nematodes Trichostrongyloidea. Durette- Desset et al., (1994) also
described the nematode parasites belongs to the Johnpearsonia gen.nov
and from Johnpearsoniinae sub. Fam. Nov. under Molineoidea from B.
marinus Linnaeus, 1758a with comments on the primitive
trichostrongyle parasites of amphibians and reptiles from Coen,
Queensland, Australia.
TAXONOMY
60
Among Indian workers Lal (1942), Fotedar (1980), Soota and Dey
Sarkar (1980) Dey Sarkar (1998, 1999, 2000), Dey Sarkar and
Chatterjee (2004) contributed very important information in this aspect.
Baylis (1923), Brenes and Bravo Hollis (1959), Bozhkov and
Stoikova (1970), Barus (1973), Baker (1976-85), Borisova (1988),
Bursey and Goldberg (1998), Ben Slimane and Durette- Desset (1993),
Ben Slimane (1993), Bolek and Coggins (2000), Chow (1940), Cedhagen
(1988), Dubinina (1950), Durette-Desset and Chabaud (1977, 78),
Durette- Desset and Vaucher (1979), Yuen (1962, 1965), Fernando
(1989),Gutierrez (1945), Gupta (1959), Gillilland and Muzzall (1999),
Goldberg and Bursey (1991), Goldberg et al., (1995), Hristovski (1975),
Hendrikx (1983), Hoberg (1996), Hanna and Joy (2003), Koo (1939),
Hsu (1935), Kolendo (1959), Kozak (1968), Kollar and Gaudin (1976),
Lee (1962) Luque et al., (2005), Muzzall and Pebbles (1991), Moravec
and Vajtkobva (1975), Mc. Allister et al., (1995) Puylaert (1967) Pike
(1979), Rozman (1971), Ragoo and Omah-Maharaj (2003), Sobolova
(1975) Schmidt and Enigk (1972), Travassos (1917), Vashetko and
Siddikov (1999) Yildirimhan et al., (2005).
The present species shows resemblance to the O. goezei but differ
in some respects. The present species recorded from B. melanostictus
Schneider, 1799; R. tigrina Daudin, 1803 and from R. hexadactyla
Lesson, 1834 differs from the pre-existing O. goezei Skrjabin and
Schulz, 1952 recorded from B. vulgaris Laurenti, 1768a. B. formosus
Boulenger, 1883, Rana rugosa Temminck and Schlegel, 1838, Bufo
viridis Laurenti, 1768, R. esculenta Linnaeus 1758h, R. ridibunda
Pallas, 1771, R. temporaria Linnaeus, 1758a and Hyla arborea,
Duttaphrynus melanostictus Schneider, 1799 and various reptiles from
Europe and Asia.
T
AX
ON
OM
Y
6
1
Host
– P
ara
site
lis
t of
Bu
fo s
pp
. L
au
ren
ti, 1768 w
ith
Osw
ald
ocr
uzi
a s
pp
. T
ravaso
os,
1917 i
n t
he
worl
d
Sr.
No
.
Ho
sts
Par
asit
es
L
oca
tio
n
Lo
cali
ty
Au
tho
rs
C
lass
A
mp
hib
ia
Lin
nae
us,
17
58
Cla
ss
Nem
ato
da,
Ru
do
lph
i, 1
80
8
Em
end
Die
sin
g,
18
61
S
ub
cla
ss
Lis
sam
ph
ibia
H
aeck
el,
18
66
Ord
er
Str
on
gyli
da
Moli
n, 1
86
1
O
rder
A
nu
ra
Raf
ines
que,
18
15
Fam
ily
Mo
lin
eid
ae (
Skrj
abin
an
d
Sch
ulz
, 1
93
7)
Du
rett
e - D
esse
t
and
Ch
abau
d,
19
77
F
amil
y
Bu
fon
idae
,
Gra
y,
18
25
Gen
us
Osw
ald
ocr
uzi
a T
ravas
sos,
19
17
G
enu
s B
ufo
Lau
renti
,
17
68
1
Bufo
vir
idis
Lau
renti
, 1
76
8
(Gre
en t
oad
) O
. a
uri
cula
ris
(Zed
er, 1
80
0)
syn
. o
f O
. fi
lifo
rmis
(Go
eze,
17
82)
No
t d
escr
ibed
E
uro
pe
Yo
rke
and
Map
lest
on
e, 1
92
6.
d
o
O. fu
elle
bo
rni
(Goez
e, 1
782
) d
o
Ukra
ine
(Euro
pe)
Iv
anit
skii
, 1
940
d
o
O.i
vaniz
kii
Su
dar
iko
v,
19
51
do
do
Ivan
itsk
ii,
19
28
d
o
O. sk
rja
bin
i Iv
aniz
ky,
19
40
nec
, T
ravas
sos,
19
37
d
o
Ukra
inia
n,
SS
R
Skrj
abin
an
d S
chu
lz,
19
52
d
o
O.g
oez
ei
Sm
all
inte
stin
e E
uro
pe
and
Asi
a d
o
d
o
O. fu
elle
bo
rni
An
teri
or
sect
ion
of
inte
stin
e U
kra
inia
n ,
SS
R
Ivan
itsk
ii,
19
40
d
o
O.
iwa
nit
zkyi
S
mal
l in
test
ine
do
Su
dar
iko
v,
19
51
d
o
Osw
ald
ocr
uzi
a s
p.
- U
zbek
ista
n i
n
Tas
hken
t in
Afg
anis
tan
Wes
tern
Asi
a
Vas
het
ko
an
d
Sid
dik
ov,
19
99
d
o
O. fi
lifo
rmis
-
Bu
rsa
and
Boju
k
do
llu
k m
arsh
,
Yil
dir
imh
an,
19
93
T
AX
ON
OM
Y
6
2
Ed
irne
Tu
rkey
,
Wes
t A
sia.
d
o
O
. g
oez
ei
- L
ub
lin
are
a
Po
lan
d C
entr
al
Eu
rop
e
Ko
len
do
, 1
95
9
d
o
O.u
kra
ina
e -
Tu
nis
ia N
ort
h
Afr
ica
Bak
er,
19
81
d
o
O.
itw
anit
zkyi
S
mal
l in
test
ine
Lo
w l
and
reg
ion
s
of
river
Tis
a K
ezo
k,
19
71
d
o
O.
ukr
ain
ae
do
Cze
cho
slo
vak
ia,
Cen
tral
Euro
pe
Ivan
itzk
y,
19
28
d
o
do
- U
kra
ine,
SS
R
Eu
rop
e Iv
anit
zky,
19
30
d
o
O. fi
lifo
rmis
A
lim
enta
ry c
anal
Ir
eq S
ou
th-W
est
Asi
a B
arw
ari
and N
assi
r,
19
83
2
Bufo
vulg
ari
s ja
po
nic
us
Lat
aste
, 1
88
0
O.
bia
lata
(M
oli
n,
18
61)
syn
. O
. so
cia
lis
No
t d
escr
ibed
E
uro
pe,
Asi
a an
d
Afr
ica
M
ori
shit
a, 1
92
6
d
o
do
Inte
stin
e S
inta
ka
and
Toti
no
saw
a Y
amagu
ti,
19
53
3
B.
vulg
ari
s L
aure
nti
, 1
76
8
(co
mm
on
to
ad)
O. fi
lifo
rmis
(G
oez
e, 1
78
2)
syn
. A
sca
ris
ten
uis
sim
a S
chra
nk,
17
88
A.
inte
stin
ali
s
Gm
elin
,179
0 ;
A.
bufo
nis
Gm
el,
17
90
, e.
p. ;
Cu
cull
an
us
ran
ae
Gm
el,
17
90
do
Eu
rop
e an
d A
sia
Tra
vas
sos,
19
37
d
o
do
do
do
Skrj
abin
an
d S
chu
lz,
19
52
d
o
Str
ong
ylus
auri
cula
ris
Zed
er,
18
00
, e.
p.
Asc
ari
s
seti
form
is G
oez
e in
Zed
er, 1
80
0 S
tro
ngyl
us
dis
par
Duja
rdin
, 1
84
5.
Wal
ton
, 1
93
5,
O.
insu
lae
Mo
rish
ita,
19
26
do
do
Su
dar
iko
v,
19
51
d
o
O.f
ilif
orm
is (
Go
eze,
17
82
) sy
n.
Asc
ari
s
ten
uis
sim
a S
chra
nk,
17
88
; A
. in
test
inali
s
Gm
elin
, 17
90
; A
. b
ufo
nis
Gm
el,
17
90
e.p
.;
Cu
cull
atu
s ra
na
e G
mel
, 1
79
0 ;
Str
ong
ylus
do
do
Tra
vas
sos,
19
37
T
AX
ON
OM
Y
6
3
au
ricu
lari
s Z
eder
, 1
80
0 e
.p.
Asc
ari
s se
tifo
rmis
Go
eze
in Z
eder
, 1
80
0 S
tro
ng
ylus
dis
pa
r
Duja
rdin
, 18
45
Wal
ton
, 1
93
5
d
o
O. g
oez
ei
Sm
all
inte
stin
e d
o
Skrj
abin
an
d S
chu
lz,
19
52
B
ufo
spp
. d
o
No
t d
escr
ibed
E
uro
pe
and
Asi
a
Tra
vas
sos,
19
37
d
o
O. p
ipie
ns
do
N.a
mer
ica
Wal
ton
, 19
29
d
o
O.
wa
lto
ni
do
Geo
rgia
(E
uro
pe)
In
gle
s, 1
93
6
d
o
O.
dlo
uhyi
-
Bra
zil,
Sou
th
Am
eric
a B
en S
lim
ane
and
Du
rett
e - D
esse
t,
19
95
a,b
d
o
O.
cha
mb
rier
i -
do
Ben
Sli
man
e an
d
Du
rett
e- D
esse
t,
19
96
a,
d
o
O.b
iala
ta
- B
ulg
aria
(un
kn
ow
n
loca
lity
)
Du
rett
e- D
esse
t et
al.
,
19
93
d
o
O. fi
lifo
rmis
-
So
uth
Eas
t
Eu
rop
e d
o
d
o
do
- F
ran
ce,
Wes
t
Eu
rop
e D
ure
tte-
Des
set,
19
93
d
o
do
No
t d
escr
ibed
E
uro
pe
and
Asi
a T
ravas
sos,
19
37
d
o
O. p
ipie
ns
do
N.
amer
ica
Wal
ton
, 19
29
d
o
O.
wa
lto
ni
do
Bra
zil,
Sou
th
Am
eric
a In
gle
s, 1
93
6
d
o
O.
dlo
uhyi
-
do
Ben
Sli
man
e an
d
Du
rett
e -D
esse
t,
19
95
a,b
d
o
O.
cha
mb
rier
i -
Bu
lgar
ia
(Un
kn
ow
n
loca
lity
)
Ben
Sli
man
e an
d
Du
rett
e-D
esse
t,
19
96
a
d
o
O.
bia
lata
-
So
uth
Eas
t
Eu
rop
e D
ure
tte-
Des
set
et a
l,
19
93
T
AX
ON
OM
Y
6
4
d
o
O. fi
lifo
rmis
-
Fra
nce
, W
est
Eu
rop
e D
o
d
o
O.
alb
are
ti
- F
ran
ce,
Gu
yan
a,S
ou
th
Am
eric
a
Ben
Sli
man
e an
d
Du
rett
e-D
esse
t, 1
99
6
d
o
O.l
ente
ixei
rai
- C
ub
a, W
est
Ind
ies
Bar
us,
19
73
4
B.
mel
an
ost
ictu
s S
chn
eid
er,
17
99
(co
mm
on
In
dia
n t
oad
,
Bac
k s
trip
ed t
oad
or
com
mo
n
Ben
gal
to
ad)
O.
hep
ari
a
liver
H
ano
i an
d
Had
on
g
(To
ngkin
g),
Fre
nch
In
do
-
Ch
ina,
Can
ton
=(K
wan
ge
cho
w)
in C
hin
a
Ko
o,
19
39
d
o
O.
ho
epp
li
Sm
all
inte
stin
e H
ano
i an
d H
a-
Do
ng,
Fre
nch
Ind
o-
Ch
ina,
S.
Ch
ina
and
Fo
rmo
sa
Hsu
, 1
93
5
d
o
O.
mel
an
ost
icti
d
o
Ban
gla
des
h a
nd
Eas
t P
akis
tan
,
So
uth
Asi
a
Gup
ta,
196
0
d
o
O. g
eoze
i N
ot
des
crib
ed
Eu
rop
e an
d A
sia
Mal
aya,
So
uth
Eas
t
Skrj
abin
an
d S
chu
lz,
19
52
d
o
do
Inte
stin
e A
sia
Yu
en,
19
63
5
B.
bo
reas
Bai
rd a
nd
Gir
ard
,
19
52
(W
este
rn t
oad
or
Bo
real
toad
)
O.
wa
lto
ni
do
Cal
ifo
rnia
(U
SA
) In
gle
s, 1
93
6
d
o
do
- S
ou
th C
alif
orn
ia,
US
A
Ko
ller
and
Gau
din
,
19
76
6
B.
ag
ua L
inn
aeu
s, 1
75
8 (
Aga
toad
of
Gia
nt
toad
) B
razi
lian
O. su
ba
uri
cula
ria
(R
ud
olp
hi,
18
19
)
Am
eric
a (B
razi
l
and
Ecu
ado
r)
Ben
Sli
man
e an
d
Du
rett
e- D
esse
t, 1
99
5
T
AX
ON
OM
Y
6
5
and
Eca
ud
ori
an B
ufo
nid
ae.
Arg
enti
nea
n B
ufo
nid
ae
-
d
o
do
inte
stin
e d
o
Tra
vas
oo
s, 1
91
7
d
o
O.
mazz
ai
- U
SA
T
ravas
sos,
19
35a,
b
d
o
do
-
Agen
tin
a (U
SA
Am
eric
a)
Ben
Sli
man
e ab
nd
Du
rett
e- D
esse
t, 1
99
5
a,b
. 7
B.
cru
cife
r W
ied
-Neu
wie
d,
18
21
O. su
ba
uri
cula
ris
(Ru
dolp
hi,
18
19)
-
Am
eric
a (B
razi
l
and
US
A)
Tra
vas
sos,
19
17
8
B. fo
rmosu
s B
oie
, 1
82
6
(Tai
wan
toad
) O
. in
sula
e in
test
ine
Jap
an,
Eas
t A
sia
M
ori
shit
a,1
92
6
9
B.
am
eric
an
us
am
eric
an
us
Ho
lbro
ok,
18
36 (
B. le
nti
gio
us,
Am
eric
an t
oad
or
Eas
tern
Am
eric
an t
oad
)
O. p
ipie
ns
Sm
all
inte
stin
e W
aukes
ha,
Wis
con
sin
US
A
Bo
lek a
nd
Co
ggin
s,
20
00
d
o
do
do
So
uth
Wes
tern
wes
t V
irgin
ia,
US
A
Han
na
and J
oy,
20
03
1
0
B.
reg
ula
ris
Reu
ss,
18
33
(co
mm
on
Eg
yp
tian
to
ads
or
Reu
ss’s
to
ad)
O.
ho
epp
lii
-
Rai
n f
ore
st a
nd
man
gro
ve
fore
st
zon
es o
f so
uth
wes
tern
Nig
eria
in A
fric
a
Ais
ien
et
al.,
2
00
1
1
1
B.
reg
ula
ris
Fit
zin
ger
, 18
26
(co
mm
on
Eg
yp
tian
to
ads
or
Reu
ss’s
to
ad)
O. su
ba
uri
cula
ris
-
Kh
arto
um
,
Su
dan
, E
ast
Afr
ica
Pik
e, 1
97
9
d
o
O.
ho
epp
lii
- G
abo
n,
Eq
ual
Afr
ica
B
aker
, 1
98
1
12
B. fo
wle
ri C
op
e, 1
87
5
(Fo
wle
r’s
toad
) O
. w
alt
oni
- -
Ingle
s, 1
93
6
13
B.
emp
usu
s C
op
e, 1
86
2
O.
ba
rusi
-
Cub
a, W
est
Ind
ies
Sen
Sli
man
e an
d
Du
rett
e- D
esse
t, 1
99
5
T
AX
ON
OM
Y
6
6
a,b
1
4
B.
cam
eru
nen
sis
Par
ker
, 1
93
6
O.
oh
lera
e
- C
amer
oo
n,.
Wes
t
Afr
ica
S
en S
lim
ane
and
Du
rett
e - D
esse
t,
19
96
b.
1
5
B.
reti
form
is S
ander
s an
d
Sm
ith
, 1
95
1 (
San
ora
n g
reen
toad
or
des
ert
toad
s)
O. p
ipie
ns
Sto
mac
h a
nd
sm
all
inte
stin
e P
ima
cou
ntr
y
So
uth
ern
Ari
zon
a, U
SA
Go
ldb
erg e
t al
.,
19
96
a
1
6
B.
typ
hon
ius
(Lin
nae
us,
175
8)
Eca
ud
ori
an a
mp
hib
ian
O
. le
scu
rei
- G
uyan
a, S
ou
th
Am
eric
a B
en S
lim
ane
and
Du
rett
e - D
esse
t,
19
96
c.
d
o
O.
cha
mb
rier
i
Sto
mac
h a
nd
sm
all
inte
stin
e N
apo
Pro
vin
ce,
Eca
ud
ato
r S
ou
th
Am
eric
a
Ben
Sli
man
e an
d
Du
rett
e- D
esse
t,
19
93
. 1
7
Bufo
hem
inop
hry
s C
op
e, 1
88
6
(Can
adia
n t
oad
) O
. p
ipie
ns
- A
lber
t,C
anad
a,
US
A
Bu
rsey
an
d G
old
ber
g,
19
98
. 1
8
B.
alv
ari
us
Gir
and
, 1
85
9
(Gia
nt
toad
or
des
ert
toad
s)
do
Gas
tro
inte
stin
al
trac
ts
So
uth
ern
Ari
zon
a
US
A
Go
ldb
erg a
nd
BU
rsey
, 1
99
1a
19
B.
cog
natu
s S
ay,
18
23
(G
reat
pla
ins
toad
or
des
ert
toad
s)
do
do
do
do
2
0
B. p
un
cta
tus
Bai
rd a
nd
Gir
ard
18
52
(R
ed s
pott
ed t
oad
or
des
ert
toad
)
do
do
do
Ben
Sli
man
e an
d
Du
rett
e- D
esse
t, 1
99
3
Go
ldb
erg a
nd
Bu
rsey
,
19
91
b.
2
1
B.
ara
bic
us
O.
ara
bic
a
S
mal
l in
test
ine
Ab
ha,
Sau
di
Ara
bia
, S
outh
Wes
t A
sia
Du
rett
e-D
esse
t et
al.
,
19
92
22
B.
lati
fro
ns
Bo
ule
nger
, 1
900
O. p
erre
ti
Inte
stin
e C
amer
oo
n,
Wes
t
Afr
ica
D
ure
tte-
Des
set
and
Vau
cher
, 1
97
9
23
B.g
raci
lip
es B
ou
len
ger
,18
99
O. g
raci
lip
es
do
do
Do
24
B.
ori
enta
lis
Hey
den
, 1
827
Osw
ald
ocr
uzi
a s
p.
- S
aud
i- A
rab
ia
So
uth
Wes
t A
sia
Nas
her
, 1
97
9
25
B.
ha
ust
orn
ensi
s S
and
ers,
19
53
(E
nd
anger
ed H
ou
sto
n
O. p
ipie
ns
- T
exas
, U
SA
T
ho
mas
et
al.,
19
84
T
AX
ON
OM
Y
6
7
toad
) 2
6
B. ja
po
nic
us
Tem
min
ck a
nd
Sch
legel
, 1
83
8
O.
insu
lae
N
ot
men
tio
ned
H
on
shu
, Ja
pan
G
old
ber
g a
nd
Bu
rsey
,
20
02
d
o
O. so
ciali
s
do
do
do
2
7
B. fo
rmosa
nus
Blg
r, 1
88
3
O. fi
lifo
rmis
(G
oez
e, 1
78
2)
syn
. A
sca
ris
tem
uis
sim
a S
chra
nk,
17
88
; A
. in
test
inali
s
Gm
elin
, 17
90
; A
. b
ufo
nis
Gm
el,
17
90
e.p
.
Str
ong
ylus
auri
cula
ris
Zed
er,
18
00
e.p
. A
scari
s
seti
form
is G
oez
e in
Zed
er,1
80
0 ;
Str
ong
ylus
dis
par
Duja
rdin
, 1
84
5 W
alto
n,
19
35
. O
. in
sula
e
Mo
rish
ita,
19
26
.
do
Eu
rop
e an
d a
sia
Tra
vas
sos,
19
37
28
B. m
usi
ca L
innae
us,
17
66
O. su
ba
uri
cula
ris
(Ru
dolp
hi,
18
19)
inte
stin
e A
mer
ica
(Bra
zil
and
US
A)
Tra
vas
sos,
19
17
2
9
B.
am
eric
an
us
Holb
roo
k,
18
36
(Eas
tern
Am
eric
an t
oad
or
= B
.
lenti
gio
us)
O.
leid
yi
No
t m
enti
on
ed
N.
amer
ica
do
d
o
O. su
ba
uri
cula
ris
(Ru
dolp
hi,
18
19)
inte
stin
e A
mer
ica
(Bra
zil
and
US
A)
do
d
o
O. fi
lifo
rmis
(G
oez
e, 1
78
2)
- ?
do
d
o
O.
au
deb
erta
e S
mal
l in
test
ine
Can
ada,
Onta
rio
Alg
on
qu
in P
ark
Ben
Sli
man
e an
d
Du
rett
e-D
esse
t, 1
99
7
d
o
O.
can
ad
ensi
s -
do
do
d
o
O. st
even
si
- d
o
do
d
o
O.
an
der
son
i S
mal
l in
test
ine
Can
ada,
Onta
rio
,
Gu
elp
h
do
30
B.
terr
estr
is B
on
nat
erre
, 1
76
9
(Co
mm
on
to
ad)
O.
leid
yi
No
t m
enti
on
ed
Nea
rcti
c re
gio
n
Tra
vas
sos,
19
17
3
1
B.
ma
rin
us
Len
nae
us,
17
58
(Aga
toad
, gia
nt
toad
, ca
ne
toad
or
mar
ine
toad
)
O.m
azz
ai
do
Arg
enti
na,
Par
agu
ay i
n
So
uth
Am
eric
a
Tra
vas
sos,
19
35a,
b
d
o
O. fi
lifo
rmis
(G
oez
e, 1
78
2)
Inte
stin
e A
mer
ica
(Bra
zil
and
US
A)
do
T
AX
ON
OM
Y
6
8
d
o
O.m
azz
ai
Sm
all
inte
stin
e
(so
met
ime
sto
mac
h)
and
lar
ge
inte
stin
e
So
uth
Afr
ica
Tra
vas
sos,
19
17
d
o
O. p
ipie
ns
No
t m
enti
on
ed
Lu
evo
Leo
n,
Mex
uco
M
arti
nez
, 1
96
9
d
o
O.
tara
nch
oni
- P
ern
amb
uco
,
Bra
zil
(So
uth
Am
eric
a)
Tra
vas
sos,
19
35a,
b.
d
o
O. su
ba
uri
cula
ris
(Ru
dolp
hi,
18
19)
- U
SA
B
en S
lim
ane
and
Du
rett
e-D
esse
t,19
95
a,b
an
d 1
99
6a.
d
o
do
No
t m
enti
on
ed
Ch
ipas
, M
exic
o
(N.
Am
eric
a)
Cab
alle
ro Y
Cab
alle
ro,
19
49,1
95
4
d
o
Osw
ald
ocr
uzi
a s
p.
do
Ver
acru
z,
Mex
ico
Gu
ille
n-H
ern
and
ez,
19
92
d
o
O.v
enez
uel
ensi
s -
Car
acas
Ven
ezu
ela,
So
uth
Am
eric
a
Ben
Sli
man
e et
al.
,
19
96
d
o
do
- T
rinid
ad (
Mt.
Hop
e an
d S
t.
Jose
ph i
n n
ort
h
and
Deb
e in
sou
th)
Wes
t
Ind
ies
Rag
oo
an
d O
mah
-
Mah
araj
20
03
.
d
o
O.s
ub
au
ricu
lari
s (R
ud
olp
hi,
18
19
) -
Bra
zil,
Sou
th
Am
eric
a S
pea
re,1
90
0 B
aker
,
19
87
.
d
o
O.
mazz
ai
- A
rgen
tin
a B
aker
, 1
98
7
d
o
Osw
ald
ocr
uzi
a s
p.
- L
on
do
n Z
oo
Sp
eare
, 1
99
0
32
B.
ma
rin
us
ma
rin
us
O
. su
ba
uri
cula
ris
-
Co
sta
Ric
a
Cen
tral
Am
eric
a B
ren
es a
nd
Bra
vo
Ho
llis
, 1
95
9
33
B. p
ara
cnem
is L
utz
, 1
92
5
O.
mazz
ai
Sm
all
inte
stin
e
(so
met
imes
So
uth
Afr
ica
and
Arg
enti
na,
Tra
vas
sos,
19
35a,
b
T
AX
ON
OM
Y
6
9
Host
- P
ara
site
lis
t of
Ran
a S
pp
., L
inn
aeu
s, 1
768 w
ith
Osw
ald
ocr
uzi
a s
pp
. T
ravass
os,
1917 i
n I
nd
ia
Sr.
No
. H
ost
s P
aras
ite
Lo
cati
on
Lo
cali
ty
Au
tho
rs
C
lass
: A
mp
hib
ia L
innae
us,
17
58
Cla
ss:
Nem
ato
da,
Rud
olp
hi
18
08
, E
men
d,
Die
sin
g,
18
61
S
ub
Cla
ss:
Lis
sam
ph
ibia
Hae
ckel
, 1
866
Ord
er:
Str
on
gyli
da
Mo
lin
,
18
61
O
rder
: A
nu
ra R
afin
esq
ue,
18
15
Fam
ily:
Ran
idae
Gra
y,
18
25
Gen
us:
Bufo
Gra
y,
18
25
Fam
ily:
Mo
lin
eid
ae
(Skrj
abin
and
Sch
ulz
, 1
93
7)
Du
rett
e- D
esse
t an
d
Ch
abau
d,
19
77
Gen
us:
Osw
ald
ocr
uzi
a
Tra
vas
sos,
19
17
1
Ra
na
cya
nop
hly
ctis
Sch
nei
der
,
17
99
(S
kip
per
, fr
og)
Osw
ald
ocr
uzi
a i
nd
ica
inte
stin
e L
uck
no
w (
U.P
.)
Lal
, 1
944
R
an
a s
p.
O.
fili
form
is (
Goez
e, 1
78
2)
Tra
vas
sos,
19
17
Liv
er,
sto
mac
h
inte
stin
e an
d r
ectu
m
Du
m D
um
24
Par
gan
as
(No
rth
), B
has
na,
24
Par
gan
as
(So
uth
) dis
tric
t W
est
Ben
gal
,
Ch
itra
ku
nd
a an
d k
orr
apu
t ,
Mah
aras
htr
a
So
ota
an
d
Ch
atu
rved
i, 1
97
2
d
o
O. g
oez
ei S
krj
abin
an
d
Sch
ulz
, 1
95
2
Inte
stin
e
Gan
dac
her
a, N
ort
h D
ist.
Tri
pura
D
ey S
arkar
, 1
99
1
d
o
do
N
ot
men
tio
ned
d
o
Dey
Sar
kar
, 2
00
0
sto
mac
h)
and
lar
ge
inte
stin
e P
arag
uay
in
So
uth
Am
eric
a
34
B.
ori
enta
lis
War
ner
e,1
89
5
(B.v
irid
is o
rien
tali
s)
Osw
ald
ocr
uzi
a s
p.
- S
aud
i A
rabia
So
uth
Wes
t A
sia
Nas
her
, 1
97
9
T
AX
ON
OM
Y
7
0
d
o
do
do
Lil
uah
, B
elu
r, H
abra
an
d
So
nar
pur
in W
.B.
Mu
lul
Du
tta,
20
07
R
. ti
gri
na
Dau
din
, 1
803
(In
dia
n
bu
ll f
rog o
r ko
la B
ang)
O
. fi
lifo
rmis
(G
oez
e, 1
78
2)
Tra
vas
sos,
19
17
Sto
mac
h,
inte
stin
e
and
rec
tum
V
ario
us
dis
tric
ts i
n s
tate
of
W.B
.
Dey
Sar
kar
, 1
99
8
d
o
do
do
Lil
uah
, B
elu
r, H
abra
an
d
So
nar
pur
in W
.B.
Mu
ku
l D
utt
a, 2
00
7
R
. h
exa
dact
yla
les
son
, 1
834
(In
dia
n g
reen
fro
g o
r p
ond
fro
g)
O
. g
oez
ei (
Lar
val
fo
rm)
do
do
do
d
o
O. fi
lifo
rmis
(G
oez
e, 1
78
2)
Tra
vas
sos,
19
17
Gal
l bla
dd
er
Var
ious
dis
tric
t in
sta
te o
f W
.B.
Dey
Sar
kar
, 1
99
8
R
. cy
an
ofl
icti
s S
chnei
der
, 17
99
(Skip
pin
g f
rog)
do
Sto
mac
h,
inte
stin
e
and
rec
tum
S
hil
lon
g,
Eas
t K
has
i, H
ill,
Th
adla
skin
, Ja
inti
a H
ills
Dis
t.
Meg
hal
aya
Dey
Sar
kar
, 1
99
9
Host
- P
ara
site
lis
t of
Ran
a s
pp
. L
inn
aeu
s, 1
768 w
ith
Osw
ald
ocr
uzi
a s
pp
. T
ravass
os,
1917 i
n W
orl
d
Sr.
no
.
Ho
st
Par
asit
e
Lo
cati
on
L
oca
lity
A
uth
or
C
lass
: A
mp
hib
ia L
innae
us,
17
58
Sub
Cla
ss:
Lis
sam
ph
ibia
Hae
ckel
, 1
866
Ord
er:
An
ura
Raf
ines
qu
e
18
15
Fam
ily:
Ran
idae
, G
ray,
18
25
Gen
us:
Ran
a L
inn
aeu
s, 1
768
Cla
ss:
Nem
ato
da
Ru
do
lph
i,
18
08
Em
end
Die
sin
g,
18
61.
Str
on
gylo
ida,
Koli
n 1
86
1
Ord
er:
Moli
nei
dae
(S
krj
abin
and
Sch
ulz
, 1
93
7)
Du
rett
e-
Des
set
and
Chab
aud
, 1
97
7
Gen
us
: O
swal
do
cru
zia
Tra
vas
sos,
19
17
1
Ra
na
trm
po
rari
a L
inn
aus,
17
58
(Co
mm
on
Eu
rop
ean
fro
g,
“Gre
en f
rog”
of
Eu
rop
e or
gra
ss f
rog)
O.
au
ricu
lari
s (Z
eder
, 1
80
0)
syn
. o
f O
. fi
lifo
rmis
(G
oez
e,
17
82
)
- E
uro
pe
Yo
rke
and
Map
lest
on
e, 1
92
6
d
o
O.
bia
lata
(M
oli
n,
18
60)
syn
.
O. so
ciali
s S
mal
l in
test
ine
Eu
rop
e, A
sia
and
Afr
ica
T
ravas
sos,
19
17
T
AX
ON
OM
Y
7
1
d
o
O. p
rob
lem
ati
ca
do
Ukra
in (
Euro
pe)
an
d U
kra
inia
n
SS
R
Ivan
itsk
ii,
19
40
d
o
O. g
oez
ei
Inte
stin
e Ja
pan
Eas
t A
sia
Mo
rish
ita,
19
26
d
o
O. fu
kufi
rnus
(Go
eze,
17
82)
Sm
all
inte
stin
e -
Skrj
abin
an
d S
chu
lz,
19
52
d
o
O.
ran
ae
- K
azak
hst
an
Sob
ole
va,
19
75
d
o
O. fi
lifo
rmis
-
So
uth
Eas
t o
f H
ud
der
s fi
elds,
En
gla
nd
Lee
s, 1
96
2
d
o
do
- S
ou
th S
wed
en N
ort
h E
uro
pe
Ced
hag
en,
19
88
d
o
d
o
Fir
st h
alf
of
smal
l
inte
stin
e C
o.
Dub
lin
, C
o.
Mea
th a
nd
Iris
h R
epub
lici
n I
rela
nd
, W
est
Eu
rop
e
Gri
ffin
, 1
98
9
d
o
do
- N
eth
erla
nd
s (H
oll
and)
wes
t
Eu
rop
e H
end
rikx
, 1
983
d
o
do
Ora
l in
fect
ion
, gal
l
bla
dder
-
Bo
zhko
v a
nd
Sto
iko
va,
19
70
do
d
o
- P
eter
h o
f P
ark,
nea
r S
aint
Pet
ersb
urg
Ru
ssia
.
Gin
etsi
nsk
aya
and
Go
lub
eva,
19
90
,
19
91
.
d
o
do
- G
or’
kii
., U
SS
R
Leb
edin
skii
, 1
98
1
d
o
do
- L
itto
ral
of
the
bay
of
Kurs
hyu
s
Mar
es L
ith
uan
ian
, S
SR
G
etse
nic
hyu
te,
19
78.
d
o
O. g
oez
ei
- K
azak
hst
an
Sob
ole
va,
19
75
.
d
o
Lar
vae
of
O. fi
lifo
rmis
S
tom
ach
an
d i
nte
stin
e K
aunas
in
th
e L
ith
uan
ian
, S
SR
H
end
rikx
, 1
983
do
O.
bia
lata
- G
aizh
ausk
ene
and
Ges
tsev
ich
yu
yr,
19
70
.
T
adp
ole
s of
R.
tem
po
rari
a
O. fi
lifo
rmis
O
ral
infe
ctio
n
- -
2
R. ja
po
nic
a G
uen
ther
, 1
85
8
(Jap
anes
e fr
og)
O.
bia
lata
(M
oli
n,
18
60)
syn
.
O. so
ciali
s S
mal
l in
test
ine
Eu
rop
e, A
sia
and
Afr
ica
Mo
rish
ita,
19
26
3
R.
nig
rom
acu
lata
Hal
low
ell,
18
60
(co
mm
on
est
po
nd
fro
g
d
o
d
o
d
o
d
o
T
AX
ON
OM
Y
7
2
of
nort
h C
hin
a o
r bla
ck
spo
tted
fro
g)
d
o
O. so
ciali
s
inte
stin
e Ja
pan
Eas
t A
sia
Tra
vas
sos,
19
17
d
o
do
do
do
Mo
rish
ita,
19
26
4
R.
del
ala
ndii
Du
mm
eril
and
Bir
bo
n, 1
83
9
do
do
do
Do
d
o
do
do
Eu
rop
e T
ravas
sos,
19
17
d
o
O.
na
tale
nsi
s S
tom
ach
an
d i
nte
stin
e A
fric
a (N
atal
) W
aldto
n, 1
93
5
5
R. p
alu
stri
s L
e C
on
te,
18
25
(Am
eric
an s
p.
Or
Pic
ker
et
fro
g)
O.
coll
ari
s in
test
ine
No
rth
Am
eric
a W
alto
n,
19
29
d
o
O.
leid
yi
No
t m
enti
on
ed
do
Tra
vas
sos,
19
17
d
o
O. p
ipie
ns
S
mal
l in
test
ine
do
Wal
ton
, 19
29
d
o
O.
coll
ari
s -
No
rth
Am
eric
a (U
SA
) D
o
d
o
O. p
ipie
ns
- A
rkan
sas,
US
A
Mca
llis
ter,
et
al.,
19
95
6
R.
cate
sbei
an
a S
haw
, 1
80
2
(So
uth
ern y
ello
w l
egged
fro
g o
r A
mer
ican
bull
fro
g)
O.
coll
ari
s -
do
Wal
ton
, 19
29
d
o
O. p
rice
ae
No
t m
enti
on
ed
No
rth
Am
eric
a
Do
7
R. sp
hen
oce
pha
la C
op
e,
18
89
(R
. h
ale
cin
a
sph
enoce
ph
ala
)
O.
coll
ari
s -
do
Do
d
o
O. p
ipie
ns
No
t m
enti
on
ed
do
Wal
ton
, 19
29
8
R.
rug
osa
Tem
min
ck a
nd
Sch
legel
, 1
83
8 (
Ro
ugh
fro
g)
typ
e h
ost
O.
insu
lae
Mo
rish
ita,
192
9
inte
stin
e Ja
pan
W
alto
n,
19
35
d
o
do
do
Eu
rop
e an
d A
sia
Tra
vas
sos,
19
37
d
o
O. g
oez
ei
Sm
all
inte
stin
e d
o
Skrj
abin
an
d S
chu
lz,
19
52
9
R.
rug
ulo
sa W
ieg
man
n,
18
35
(In
dia
n b
ull
fro
g o
r
O.
ho
epp
lii
Sm
all
inte
stin
e In
do
-Ch
ina,
S.
Ch
ina
and
Fo
rmo
sa
Hsi
i, 1
93
5
T
AX
ON
OM
Y
7
3
Ch
ines
e b
ull
fro
g R
. ti
gri
na
pa
them
ina
of
Ste
ineg
er,
19
25
)
d
o
do
- H
ano
i, V
ietn
am
Mo
ravec
an
d s
ey,
19
85
10
R.
lim
noch
ari
s G
raven
ho
rst,
18
29
d
o
Sm
all
inte
stin
e In
do
-Ch
ina,
S.
Ch
ina
and
Fo
rmo
sa
Hsi
i, 1
93
5
R
. g
raci
lis
Wei
gm
ann
, 1
834
of
Bo
ule
nger
, 1
920
(T
he
Ind
ian
ric
e fr
og o
r th
e In
do
-
Ch
ines
e fr
og o
r In
dia
n
cric
ket
fro
g o
r G
rass
fro
g o
r
Pad
dy f
ield
fro
g )
O.
leid
yi
No
t m
enti
on
ed
N.
amer
ica
Tra
vas
sos,
19
77
d
o
O.
ho
epp
lii
- H
ano
i, V
ietn
am
Mo
ravec
an
d S
ey,
19
85
11
R. cl
am
ita
ns
Lat
reil
le, 1
80
1
(Am
eric
an g
reen
fro
g)
O.
leid
yi
No
t m
enti
on
ed
N.
amer
ica
Tra
vas
sos,
19
17
1
2
R. p
ipie
ns
Sch
reb
er,
17
82
(No
rth
ern
Leo
par
d f
rog,
Am
eric
an s
pec
ies
)
O. p
ipie
ns
do
do
Wal
ton
, 19
29
d
o
O. su
ba
uri
cula
ris
(Ru
dolp
hi,
18
19
) in
test
ine
Am
eric
a (B
razi
l an
d U
SA
) T
ravas
sos,
19
17
d
o
O. p
ipie
ns
-
No
rth
Dak
ota
an
d S
ou
th
Dak
ota
, U
SA
G
old
ber
g e
t al
., 2
001
d
o
O.
wa
lto
ni
- -
Ingle
s, 1
93
6
d
o
O. p
rice
ae
Sm
all
inte
stin
e C
anad
a, O
nta
rio
Alg
on
qu
in
par
k
Ben
Sli
man
e an
d
Du
rett
e-D
esse
t, 1
99
7
d
o
O. st
even
si
- -
do
d
o
O.
leid
yi
No
t m
enti
on
ed
Fu
lton
, H
an-C
ock
, L
ucc
as,
Ott
awa
and
Wo
od
Co
unti
es i
n
N.W
. O
hio
.
Tra
vas
sos,
19
17
F
rogle
ts o
f N
ort
her
n l
eop
ard
fro
g R
. p
ipie
ns
and a
dult
R.
do
- F
rom
fo
ggy B
ott
om
Mar
sh i
n
So
uth
ern
Mic
hig
an,
US
A
Gil
lill
and
an
d
Mu
zzal
l (1
99
9)
T
AX
ON
OM
Y
7
4
pip
iens
13
R.
au
rota
Bai
rd a
nd
Gir
ard
,
18
52
(W
este
rn w
oo
d f
rog)
O.
wa
lto
ni
inte
stin
e C
alif
orn
ia, N
ort
h A
mer
ica
In
gle
s, 1
93
6
1
4
R.
escu
lenta
Lin
nae
us,
17
58
(Eu
ropia
n p
on
d f
rog o
r
Ed
ible
fro
g o
r ea
table
fro
g o
f
Eu
rop
e)
O.
bia
lata
(M
oli
n,
18
60)
Sm
all
inte
stin
e E
uro
pe
Tra
vas
sos,
19
17
d
o
O. g
oez
ei
do
Eu
rop
e an
d A
sia
Skrj
abin
an
d S
chu
lz,
19
52
d
o
O. fi
lifo
rmis
(G
oez
e, 1
78
2)
- -
Tra
vas
sos,
19
17
d
o
O. g
oez
ei
- N
ovis
ad i
n Y
ogo
slav
ia,
Euro
pe
R
ozm
an,
19
71
15
Ra
na
japo
nic
a G
uen
ther
,
18
59
(Ja
pan
ese
fro
g)
O.
bia
lata
(M
oli
n,
18
60)
syn
.
O. so
ciali
s
Sm
all
inte
stin
e E
uro
pe,
Asi
a an
d A
fric
a
Mo
rish
ita,
19
26
d
o
do
do
Eu
rop
e T
ravas
sos,
19
17
d
o
O. so
ciali
s in
test
ine
Jap
an,
Eas
t A
sia
M
ori
shit
a, 1
92
6
16
R.
ridib
un
da
Pal
las,
17
71
(lak
e fr
og o
r m
arsh
fro
g)
O. g
oez
ei
Sm
all
inte
stin
e E
uro
pe
and
Asi
a S
krj
abin
an
d S
chu
lz,
19
52
d
o
Osw
ald
ocr
uzi
a s
p.
- B
urs
a an
d E
dir
ne
regio
ns
of
Turk
ey,
Asi
a
Yil
dir
imh
an e
t al
.,
19
96
d
o
O. g
oez
ei
- K
azak
hst
an, V
olg
a D
elta
,
Ru
ssia
S
ob
ole
va,
19
75
d
o
O. fi
lifo
rmis
in
test
ine
Sau
di
Ara
bia
So
uth
Wes
t A
sia
Dub
inin
a, 1
950
d
o
Osw
ald
ocr
uzi
a s
p.
- N
ot
men
tio
ned
F
ern
and
o,
19
89
17
R.
tara
hu
ma
rae
Bo
ule
nger
,
19
17
(T
arah
um
ara
fro
gs)
O
. p
ipie
ns
inte
stin
e S
on
ora
Mex
ico
, U
SA
B
urs
ey a
nd
Gold
ber
g,
20
01
1
8
R.
bla
iri
Mec
ham
,
Lit
tlej
oh
n,
Old
ham
, B
row
and
Bro
wn
, 19
73
(P
lain
s
leop
ard
fro
g)
do
- C
olo
rad
o,
Iow
a K
ansa
,
Neb
rask
a an
d T
exas
, U
SA
Go
ldb
erg,
20
00
1
9
R. g
ryli
o =
(A
cris
gry
llus)
Ste
jneg
er,
19
01
(S
ou
ther
n
O.
min
uta
-
- W
alto
n,
19
41
T
AX
ON
OM
Y
7
5
cric
ket
fro
g)
20
R.
corn
uta
= C
era
top
hry
s
corn
uta
(H
orn
ed f
rog)
O. su
ba
uri
cula
ris
(Ru
dolp
hi,
18
19
) -
- T
ravas
sos,
19
17
21
R.
bo
reali
s O
. w
alt
oni
- -
Ingle
s, 1
93
6
2
2
R.
ma
cro
enem
is B
ou
len
ger
,
18
85
Tu
rkis
h f
rog o
r
Men
ora
siat
ic f
rog o
r U
ludag
fro
g
O. sc
hlu
zi
- -
Din
nik
, 1
93
7
d
o
O. fi
lifo
rmis
(G
oez
e, 1
78
2)
- T
urk
ey,
Wes
t A
sia
Yil
dir
imh
an,
et a
l.,
19
97
D
o (
tadp
ole
s)
do
- ?
Tra
vas
sos,
19
17
2
3
R. sy
lva
tica
Le
Co
nte
, 1
825
(wo
od
fro
g)
O. p
ipie
ns
- W
isco
nsi
n (
US
A)
Can
ada,
Gu
elp
h e
t A
lgo
nq
uin
Par
k,
On
tari
o
Yo
der
and
Co
ggin
s,
19
96
d
o
do
No
t m
enti
on
ed
Nea
rcti
c re
gio
n
Ben
Sli
man
e an
d
Du
rett
e-D
esse
t, 1
99
7
d
o
O. p
ipie
ns
Wal
ton
, 1
92
9
- Iz
ard
co
un
try,
Ark
ansa
s, U
SA
M
c A
llis
ter,
et
al.,
19
95
d
o
O. p
ipie
ns
Sto
mac
h,
smal
l
inte
stin
e an
d r
ectu
m
Ro
se l
ake
area
, so
uth
ern
low
er
Mic
hig
an,
US
A
Mu
zzal
an
d P
eeb
les,
19
91
d
o
do
No
t m
enti
on
ed
No
t m
enti
on
ed
Wal
ton
, 19
29
2
4
R.
(Am
nir
an
a)
am
nic
ola
Per
ret,
19
77
(H
yla
rana
amn
ico
la)
O.
inei
chi
- C
amer
oo
n,
Wes
t A
fric
a D
esse
t, 1
99
6b
2
5
R.
arv
ali
s N
icols
son
, 1
84
2
(Mo
or
fro
g)
= (
R.
oxy
rrh
inus)
O. fi
lifo
rmis
-
Iris
h r
iver
bas
in,
Sib
eria
,
Ru
ssia
V
akker
, 1
99
0
d
o
do
- K
uib
ysh
ev,
Res
ervo
ir,
US
SR
B
ori
sova,
19
88
d
o
do
No
t m
enti
on
ed
So
uth
ern
Sw
eden
No
rth
Euro
pe
Ced
hag
en,
19
88
26
R.
kuh
lii
Tsc
hud
i, 1
83
8
O.
ho
epp
lii
- H
ano
i, V
ietn
am
Mo
ravec
an
d S
ey,
19
85
R
. sy
nkl
epto
n R
. es
cule
nta
=
R.
escu
lenta
(K
lepto
n R
.
- B
ulg
aru
a, u
nkn
ow
n l
oca
lity
,
So
uth
-Eas
t E
uro
pe
Du
rett
e-D
esse
t et
al.
,
19
93
T
AX
ON
OM
Y
7
6
27
escu
lenta
x R
. le
sso
nae)
O
. b
iala
ta
d
o
O. fi
lifo
rmis
-
do
Du
rett
e-D
esse
t et
al.
,
19
93
d
o
do
No
t m
enti
on
ed
Fra
nce
, W
est
Eu
rope
Do
d
o
O. g
uye
tan
ii
- d
o
do
d
o
O.
du
bo
isi
- d
o
do
2
8
R.
tigri
na
Dau
din
, 1
803
(In
dia
n b
ull
fro
g o
r co
mm
on
Ind
ian
fro
g)
O.
mel
an
ost
icti
i
Sm
all
inte
stin
e E
ast
Pak
ista
n,
south
Asi
a G
up
ta,
196
0
do
O.g
oez
ei S
krj
abin
an
d S
chulz
,
19
52
Sm
all
inte
stin
e,
sto
mac
h (
bel
ow
ho
rney
lay
er)
occ
asio
nal
ly f
rom
rect
um
Lil
uah
, B
elu
r, H
abra
an
d
So
nar
pur
in W
.B.
Ind
ia.
Mu
ku
l D
utt
a, 2
00
7
d
o
do
Sm
all
inte
stin
e B
angla
des
h
Gup
ta,
196
0
29
R.
ma
cro
do
n D
um
eril
an
d
Bib
ron
, 1
84
1
O.
roh
dei
-
Mal
aya,
So
uth
Eas
t A
sia
Yu
en,
19
63
d
o
O. so
ciali
s
- d
o
do
d
o
O.
ho
epp
lii
inte
stin
e d
o
do
30
R. g
race
a B
ou
len
ger
, 1
891
O. fi
lifo
rmis
-
Bit
ola
Dis
t. O
f M
accd
on
i,
Yo
go
slav
ia
Hri
sto
vsk
i, 1
97
5
d
o
do
- B
ulg
aria
, so
uth
Eas
t E
uro
pe
Bak
er,
19
78
3
1
R.
tem
po
rari
a t
emp
ora
ria
R.
can
criv
ora
Gra
ven
hors
t,
18
29
(C
rab
eat
ing f
rog)
d
o
- E
uro
pe
Gri
ffin
, 1
98
8
d
o
O.
ho
epp
lii
inte
stin
e M
alay
a, s
ou
th e
ast
Asi
a Y
uen
, 1
96
3
3
2
R.
hex
ad
act
yla
Les
son
, 1
834
(In
dia
n p
on
d f
rog o
r gre
en
fro
g)
O. g
oez
ei S
krj
abin
an
d S
chu
lz,
19
52
Sm
all
inte
stin
e,
sto
mac
h (
bel
ow
ho
rney
lay
er)
occ
asio
nal
ly f
rom
rect
um
Lil
uah
, B
elu
r, H
abra
an
d
So
nar
pur
in W
.B.
Mu
ku
l D
utt
a, 2
00
7.
d
o
Lar
val
fo
rms
of
O. g
oez
ei
Gal
l bla
dd
er
do
do
T
AX
ON
OM
Y
7
7
33
R.
cya
no
Ph
lyct
is (
Skip
per
fro
g)
O.
mel
an
ost
icti
i S
mal
l in
test
ine
Ban
gla
des
h
Gup
ta,
196
0
34
R.
tem
po
rari
a o
rna
tive
ntr
is
Wer
ner
O
.bia
lata
(M
oli
n,
18
60)
Tra
vas
sos,
19
17
Sto
mac
h a
nd
in
test
ine
Sin
taka
and
Toti
nos
Yam
agu
ti,
19
53
Ra
na
sp
. O
. fi
lifo
rmis
inte
stin
e
do
Ben
Sli
man
e an
d
Du
rett
e- D
esse
t, 1
99
3
(a)
d
o
O.
bia
lata
d
o
Cen
tral
Euro
pe
do
d
o
O.
du
bo
isi
do
II d
e F
ran
ce, W
est
Euro
pe
d
o
d
o
O. g
uye
tan
ti
do
Bes
anco
n,
Fra
nce
, W
est
Eu
rop
e d
o
d
o
Osw
ald
ocr
uzi
a s
p.
do
Wes
tern
Eu
rop
e d
o
d
o
O.w
alt
oni
No
t m
enti
on
ed
Geo
rgia
(E
uro
pe)
In
gle
s, 1
93
6
do
O. fi
lifo
rmis
(G
oez
e, 1
78
2)
Tra
vas
sos,
19
17
(=
Asc
ari
s
fili
form
is G
oez
e, 1
782
) =
A.
ten
uis
sim
a S
chra
nk ,
17
88
; =
A.
inte
stin
ali
s G
mel
in,
1790
;
A.
bufo
nis
Gm
el,
17
90 ;
ex
.P.
cucu
lla
nus
ran
ae
Gm
el ,
179
0
= S
tro
ng
ylus
au
ricu
lari
s
Zed
er,
18
00
, ex
. p
, =
Asc
ari
s
seti
form
is G
oez
e in
Zed
er,
18
00
; S
tro
ng
ylus
dis
pa
r
Duja
rdin
, 18
45
=
Osw
ald
ocr
uzi
a d
isp
ar
(Duj,
18
45
) T
rav,
19
17
d
o
Asi
a an
d E
uro
pe
Tra
vas
sos,
19
37
Fro
gs
tadpo
le
O. fi
lifo
rmis
Co
. D
ub
lin
, C
o.
Mea
th a
nd
Iris
h R
epub
lici
n I
rel;
and
, W
est
Eu
rop
e
Gri
ffin
, 1
98
9
F
rogs
sp.
O. p
ipie
ns
Mu
cosa
of
sto
mac
h o
r
inte
stin
e (a
nt.
par
tpar
t)
Can
ada,
Nort
h A
mer
ica.
H
end
rikx
, 1
983
d
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uth
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T
AX
ON
OM
Y
7
8
Host
- P
ara
site
lis
t of
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fo s
pp
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au
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ith
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eravass
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. F
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us:
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L
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8
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er:
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lin
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86
1
Fam
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,
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80
T
AX
ON
OM
Y
7
9
TAXONOMY
79
2) Oxysomatium macintoshii (Railliet and Henry, 1913)
Classification:
Class : Nematoda Rudolphi, 1808 emend. Diesing, 1861.
Order : Ascaridida (Muller, 1880) Chabaud, 1965.
Super family : Cosmocercoidea.
Family : Cosmocercoidae (Railliet, 1916 subfam.)
Travassos, 1925
Sub family : Cosmocercinae Railliet, 1916.
Genus : Oxysomatium Railliet and Henry, 1913.
Species : O. macintoshii
Materials Examined:
Host : Duttaphrynus melanostictus; Hoplobatrachus
tigerinus & Uperodon systoma
Location : Rectum but occasionally from the intestine.
Locality : Waluj, Chikalthana, Shendra and Ranjangaon
Deposition : Helminth Research Lab., Dept. of Zoology,
Dr. B. A. M. University, Aurangabad (M.S.)
Species Diagnosis: Body soft, delicate, cylindrical, attenuated at both the ends.
cuticle finely striated transversely; head retractile, mouth with three
small lips-one dorsal and two sub ventral each lip with two papillae; lips
thickened at edges, slightly bent in towards oral cavity. Oesophagus
with a short pharynx and posterior bulb; pharynx marked off from
oesophagus by a transverse diaphragm. Oesophageal bulb denticular
apparatus. Excretory aperture large.
Male:
Very small size worm, caudal end of male tapering and pointed
with numerous sessile pre and post anal papillae, tail curved ventral;
narrows down at once and ends in a sharp point; spicules equal;
TAXONOMY
80
relatively (in relation to body length) long; a small gubernaculum
present. The tail is studded (ornamented) with papillae.
Female:
Small size worm, vulva at about the middle of the body or a little
behind it; with poorly developed lips, uterine branches opposite; eggs
irregular; contains embryos; viviparous; tail with a pair of papillae
ending in a fine point. The transverse excretory pore is very clear.
Vulvular opening transverse.
Measurement and Description:
Male:
Total body 1.20-4.27 long, 0.10-0.28 wide; oesophagus (including
pharynx and bulb) 0.35-0.50 long and 0.03-0.05 wide; length of bulb
0.05-0.09 and breadth 0.09-0.11; length of pharynx 0.01-0.03 and
breadth 0.03; nerve ring at 0.03-0.05 from anterior end; excretory pore
at 0.25-0.32 from anterior end; spicules equal, 0.10-0.32;
gubernaculum 0.09; tail 0.12-0.43.
Female:
Total body length 1.78-5.62 and breadth 0.11-0.47; length of
pharynx 0.01-0.05, breadth of pharynx 0.02-0.04; oesophagus
(including pharynx and bulb) 0.35-0.62 long and 0.04-0.06 wide; length
of end bulb 0.06-0.14 and breadth 0.06-0.15; nerve ring at 0.03-0.07
from anterior end, excretory pore 0.12-0.38 from anterior end; vulva at
0.65-1.93 from anterior end; eggs (0.04x0.04)–(0.14x0.09) in diameter;
tail 0.21-0.67; length of rectum 0.06-0.11.
Discussion:
The first publication of the name Oxysomatium was in a foot note
in a paper by Railliet and Henry which was presented in a conference in
the year of 1913 but not published until, 1914; to replace Oxysoma
Schneider, 1866 which was pre-occupied by oxysoma Gervais, 1849.
TAXONOMY
81
Railliet and Henry (1916a,b) quoted the date of their first use of the
name Oxysomatium as 1913 and the type species was Oxysomatium
longespiculum.
The name Oxysomatium was not formally proposed as a
replacement name for Oxysoma. Schneider, 1866 (pre-occupied) until
Railliet and Henry, (1916a) clearly stated that Oxysomatium
brevicaudatum (Zeder, 1800) [=Fusaria brevicaudata Zeder, 1800] was
the type species of the genus Oxysomatium Railliet and Henry, 1913. It
is likely from the introduction to this 1916 an article that Railliet and
Henry, knew as early as 1913 that Oxysoma was pre-occupied and they
decided that an Oxysomatium as a replacement name. This explains the
apparently anomalous reference to the name Oxysomatium in their
1914 paper. In a publication Railliet and Henry, (1916b) indicated that
Schneider examined a different species from Zeder and they proposed
Zeder’s species be placed in Aplecta (=Aplectana) and the type species of
Oxysomatium was given as the description by Schneider under the new
name Oxysomatium longispiculum (=Oxysoma brevicaudatum Sensu
Schneider, nec Zeder, nec, Railliet and Henry, 1916a). Unfortunately
Schneider’s description is incomplete by present standards and Railliet
and Henry did not provide an adequate redescription.
Skrjabin (1926) gave a diagnosis of the genus Oxysomatium, in
our present state of knowledge which is sufficient to define it and
distinguish it from related genera. This diagnosis has been closely
followed by Baylis and Daubney (1926). Skrjabin recognized Zeder’s
species O. brevicaudatum as the type of genus Oxysomatium. In addition
he considered four other species O. contortum (V. Linstow, 1906a, b) O.
unguiculatum (V. Linstow, 1906a, b), O. perezi (Gendre, 1911), O. dogieli
Skrjabin, 1916a, b in the genus. The original descriptions of these 4
species make no mention of the existence of gubernaculum in the male.
The absence of oesophageal bulb excluded from the family Oxyuridae,
TAXONOMY
82
co-type specimens of O. macintoshii are in the British Museum (Natural
History) but unfortunately these are all females so the presence or
absence of a gubernaculum can not be determined.
At that time Ballestero-Marquez believed that Oxysomatium
longispiculum Railliet and Henry, 1916 a,b and Fusaria brevicaudata
Zeder, 1800 were separate species and Neoxysomatium Ballestero-
Marquez, 1945 is a synonym of oxysomatium.
Yorke and Maplestone (1926) have the generic diagnosis of
oxysomatium on the basis of the presence or absence of gubernaculum,
vestibule and lateral flanges, shape of the spicule and the number of
caudal papillae, which placing Oxysomatium longispiculum as the type
species of the genus. They as mainly pointed out by Baylis (1927)
figured the same species as Aplectana brevicaudata including those
which according to Skrjabin (1916 a, b) should have been referred to
Oxysomatium.
The following species may be more doubtfully referred to the
genus, pending a more complete knowledge of their morphology,
1) Oxysoma terdenlatum, V. Linst. 1890 collected from Triton.
2) O. tuberculatum, V. Linst., 1903 recorded from Megalophrys.
3) Aplectana linstowi, Yorke and Maplestone, 1926 (= Nematoxys
unguiculatus, V. Linst., 1906, nec Ascaris unguiculata,
Rudolphi, 1819 recorded from Bufo.
Baylis (1927) pointed out certain inconsistency on the part of
Railliet and Henry (1916 a, b) in differentiating [Zeder’s species (Fusaria
brevicaudata) from that of Schneider]. From the study of Zeder’s
description and figures of Fusaria brvicaudata, Baylis found that what
he had before him may have been a mixture of the two common
parasites of toads and frogs which have now come to be known as
Aplectana accuminata and Oxysomatium longespiculum resp. His figures
of the tail of the male seems to belong to O. longispiculum while that its
TAXONOMY
83
spicules were also alate. But Zeder’s figures of the tip of a spicules show
quite plainly that it was alate in his species. The spicules were infact
described by him as “Scharf dreyecking” and that this is a point of
difference from Zeder’s species.
As regards the difference in the absence of the gubernaculum in
Schneider’s species he stated that both the authors had neither
mentioned nor figures this gubernaculum or accessory piece “gorgert”
so that this diagnostic character does not infact exist.
Therefore, that the ground for supporting that Schneider’s
Oxysoma brevicaudatum was distinct from Zeder’s Fusaria brevicaudata
are insufficient according to Baylis’s opinion. This being so, there seems
to be no reason that why it should not retained the trivial name given to
it by Zeder and be called Oxysomatium brevicaudatum (Zeder, 1800) of
which O. longispiculum, Railliet and Henry, 1916 a,b becomes a
synonym of Fusaria brevicaudatum (Zeder, 1800) and Oxysoma
brevicaudata (Schneider, 1866). Which were so great that they placed
them in different genera. Schneider’s brevicaudata they renamed
longespiculum and made it the type of Oxysomatium and placing
Schneider’s species as its synonym. Baylis listed 10 species in genus
Oxysomtium, which included his two species O. hylambatis and O.
tibetanum.
Most of the discrepancies between Zeder’s and Schneider’s
description pointed out by Railliet and Henry in so far as they are not
accounted for by the supposition of Zeder’s mixture of species can
readily be accounted for by inaccuracies on the part of one or other or
both of the original describers, while some of them do not appear to
exist.
Hartwick (1975) also examined Schneider’s specimens and he
identified them as syntypes of O. longispiculum. But his redescription
failed to demonstrate that the males and females are designated as
TAXONOMY
84
lectotype of O. longispiculum. This permits O. longispiculum to be
synonymized with O. brevicaudatum (Zeder, 1800) Railliet and Henry,
1916 a,b.
Karve (1927) redescribed Oxysomatium macintoshii Stewart, 1914
which was till then doubtfully referred to the genus Oxysomatium
Karve’s description of the species cleared several points to consider
oxysomatium, as the only valid genus, as pointed out by Hardwood
(1930). Hardwood referred to Karve’s figures of O. macintoshii and
pointed out its striking resemblance with that of Schneider’s figures of
A. accuminata except the gubernaculum, which according to him
Schneider overlooked and slight differences in the number and
arrangement of caudal papillae. They further pointed out several
characters of O. macintoshii such as the position of the vulva, size of the
gubernaculum and the state of development of the eggs. Since Karve
(1927) Baylis (1927) and Hardwood (1930) include Stewart’s species in
Oxysomatium, Hardwood highly claims Oxysomatium as the only valid
genus and A. accuminata (Schrank, 1788) as one of its member species.
This is further supported by the characters of several species from both
the genera including O. srinagarensis in which there is a combination of
the diagnostic characters of Oxysomatium and Aplectana as given by
Baylis and Daubney (1926).
In the year of 1931 Travassos listed only three species in
Oxysomatium along with O. brevicaudatum of Zeder as the type species.
There has been much confusion concerning genera in the subfamily
Cosmocercinae (Cosmocercoidea). Breness and Bravo in 1959 discussed
the status of the genera Oxysomatium Railliet and Henry, 1913 and
Aplectana Railliet and Henry 1916 a, b in agreement with Skrjabin’s
reduction of the later to synonymy of the former, new combination are
published and annotated clarifying in recent years. Redescriptions are
presented through four nematode parasites of Bufo marinus marinus
TAXONOMY
85
Linnaeus and that not previously recorded from Costa Rica,
Oxysomatium itzocanensis (Bravo, 1947) Skrjabin, 1951 now whose
range is thus established as from the state of Puebla, Mexico to Costa
Rica.
Walton (1933 a, b) removed his two species; A. americana and A.
longicaudata from the genus Aplectana and placed them in the genus
Oxysomatium. In 1941 Walton pointed out that the study of the cephalic
and oesophageal structures of four species of O. macintoshii and O.
ranae showed that they were co-generic. They further expressed doubts
about the final changes because of the unavailability for study and the
lack of critical details in the earlier descriptions Gutierrez (1945) in
describing O. bonariensis, regarded the genus Aplectana as a synonym
of Oxysomatium. Ballesteros Marquez (1945) proposed new generic
names such as Neoxy- Somatium for Oxysomatium.
Baker (1980) in his revisionary work on the genus Oxysomatium
Railliet and Henry 1916 a, b some generic character which differ from
the earlier description. Specimens were borrowed from the various
Institutions. Specimens examined were collected by Schneider (1866)
from R. temporaria of Germany, R. temporaria in England, B. bufo in
London Zoo, Frnadsen personal collection from B. bufo Denmark; O.
apodus, London zoo, from A. fragilis, S. atra in Europe; S. maculosa in
Europe; B. bufo in Britain; S. maculosa in Carsica and R. dalmatina
from France.
According to Baker a type locality was not specified in earlier
work but Zeder (1800) worked in Germany, Europe and it is probable
that his specimens were from there. This species has been reported
number of times from many localities throughout Western Europe and
Britain and as far to the East as Chelya Binsk, USSR. Zeder also
mentioned the list of host species; such as Rana arvalis, R. dalmatina,
R. esculenta, R. graeca, Pelobates fuscus, Alytes obstricans, Salamendra
TAXONOMY
86
salamendra (= S. maculosa), S. atra, Triturus alpestris, T. cristatus, T.
vulgaris, B. bufo, B. regularis, B. viridis, Bombina bombina, Natrix natrix,
Anguis fragilis and Ophisaurus apodus.
Two of the species referred by Schneider to Oxysoma have been
shown belongs to the other genera, so that of the three original species
only O. brevicaudatum remains.
Skrjabin (1951) in the descriptive Catalogue of Parasitic
Nematodes Vol-II gives a long list of fifty two species, all in one genus
oxysomatium. While rightly including the species of the genus Aplectana
in the genus Oxysomatium, he has tried to make the whole complexity
and dispute regarding the both genus Oxysomatium and Aplectana to
simpler than it actually is by including the species of the genus
Raillietnema Travassos, 1927. The latter genus is quite distinct from
Oxysomatium and its position has been very well discussed by Walton
(1940a).
According to Rasheeda Ilyas (1980) the genus Oxysomatium
Railliet and Henry, 1913 represented by 12 species. Out of these, 5
species are devoid of gubernaculum, however the male of Oxysomatium
sp. II Walton, 1933 a, b is not reported as such this species can’t be
placed in both the categories.
The genera Oxysomatium, Neoxysomatium and Africana are very
complex. It is very difficult to differentiate them as different diagnosis
has been proposed by different authors. Moreover, important characters
have been described in many species. Baker (1980a) attempted to revise
the genera Oxysomatium and Neoxysomatium and enlisted the following
species under the genus Oxysomatium as valid:
1) O. brevicaudatum (Zeder, 1800) [= O. contortum (V. Linstow, 1906a, b)
Baylis, 1927 = O. longispiculum Railliet and Henry, 1916 a, b].
2) O. caucasicum (Sharpilo, 1974) (Neoxysomatium caucasicum).
3) O. dolfusi Baker, 1980a.
TAXONOMY
87
But they did not mention the position of species O. macintoshii.
Subsequently Rasheeda Ilyas (1980) described another species O.
mehdii from Rana tigrina from Aurangabad (M.S.). Both the species
considered here as valid.
The specimens under present investigation belongs to the genus
Oxysomatium Railliet and Henry, 1913 and oxysomatium considered
here as the only valid genus. The main features of the present
specimens are small in size, grey white colour with soft, delicate,
cylindrical body. The body is attenuated at both the ends with a
transversely striated cuticle. The head, which can be retracted into the
anterior portion of the body, is provided with three small lips-one dorsal
and two sub- ventral; on each lips there are two papillae. The lips
thickened at the edges are slightly bent towards the oral cavity. At the
bases of the shallow oral cavity and situated on the anterior potion of
the oesophagus are three teeth which appear to be chitinized. The
oesophagus consist of 3 parts: the anterior muscular portion or
pharynx, the elongated tube like portion and the posterior bulb. The
pharynx is marked off from the remaining portion of the oesophagus by
a transverse diaphragm. The bulb contains the usual denticular
apparatus which is the characteristic of Oxyurid. The lumen of the bulb
and that of the middle portion of the oesophagus are triradiate. The
bulb is followed by intestine, the anterior part which contains the three
intestinal valves. The intestine gradually narrow down towards the
anus. The large excretory aperture present in the oesophageal region. It
is rather characteristic in structure being surrounded by what Skrjabin
(1916 a,b) calls a crown of chitinous highly refractive rod-like
formations protrude with their pointed ends outside caudal end of male
tapering to a pointed papillae. Tail curved ventrally, narrows down at
once and ends in a sharp point and spicules are equal, relatively long in
relation to body length. A small gubernaculum is present and in female
TAXONOMY
88
vulva at about the middle of the body or a little behind it, with poorly
developed lips. Uterine branches opposite. Eggs irregular contains
embryos, tail with a pair of papillae ending in a fine point. There are 27
pairs of caudal papillae of which 18 pairs are postanal and the rest are
subdorsal among them 10 pairs are subventral in position of the
preanal papillae, 3 pairs form a group near the cloaca and rest means 6
somatic papillae are in continuation with the body papillae.
The present specimens shows the similarities and dissimilarities
in relation to certain body characters and various body measurements
to type species O. brevicaudatum (Zeder, 1800) Railliet and Henry 1916
and other valid species of the genus Oxysomatium mehdii Rasheeda
Ilyas, 1980; O. macintoshii (Stewart, 1914) Karve, 1927; O. dolfusi
Baker, 1980a and O. caucasicum (Sharpilo, 1974) Baker, 1980a.
The present species under investigation shows similarities and
dissimilarities in their certain principle body characters and
morphometric measurement with that of the type species Oxysomatium
brevicaudatum (Zeder, 1800) Railliet and Henry, 1916 a,b redescribed
by Baker, 1980a. There are 6 rows of somatic papillae present in the
caudal region but towards the anterior direction in case of present
specimens. The cuticle of body with inconspicuous transverse striations
and it is approximately 0.003 mm apart in case of O. brevicaudatum but
in case of present specimen cuticle is finely striated transversely.
Oesophagus with short pharynx and posterior bulb with denticular
apparatus in the present specimens. In Baker’s redescription of O.
brevicaudatum anterior extremity of oesophagus with three tooth like
projections covered with thick cuticle and posterior half of tail with two
large subventral and two large sub dorsal pairs of papillae present while
in the present specimens there are total 18 pairs of postcloacal papillae
in caudal region out of which 8 subdorsal and 10 subventral caudal
papillae. In O. brevicaudatum anterior half of tail with 3 pairs of papillae
TAXONOMY
89
out of which 2 pairs subventral, one pair sublateral and anterior lip of
anus with one unpaired papillae, preanal region with 7-9 pairs of large
caudal papillae in two subventral rows, three pairs closet to the genus
are close together, other papillae are more widely spaced. These
arrangement of papillae are quite different from arrangement of papillae
in preanal region in present specimens, where there are 3 papillae
present in precloacal in position by making a group along with the outer
postanal papillae; in precloacal area there are also more 6 somatic
papillae. Spicules quite large and measure about 1.4 - 2 mm in O.
brevicudatum but about 0.10-0.32 and equal relatively (in relation to
body length) long in present specimens. Vulva at 3.5-4.5 mm distance
from anterior extremity in O. brevicaudatum but it is at 0.65- 1.93 mm
from anterior end in present specimens. Thus a present specimen
differs from O. brevicaudatum of Baker’s redescription in 1980a.
O. mehdii Ilyas, 1980 from Marathwada also shows similarities
and dissimilarities with the specimens under present investigation by
its certain principal morphological variations and body characters. The
three lips of O. mehdii furnished with a sharp tooth and mouth having
direct communication with the oesophagus, in male there are two pairs
of oesophageal glands whereas in the present specimens mouth with
three small lips, one dorsal and two subventral and each lip with two
papillae, lips thickened at edges, slightly bent towards oral cavity, no
oesophageal glands are observed but oesophgeal bulb with denticular
apparatus present. In O. mehdii there are 10 pairs of cephalic papillae
only one pair of amphid present in O. mehdii which is totally absent in
the present specimen. Spicules in present specimens is equal and
relatively (in relation to body length) long and whereas the spicules of O.
mahdii are ensheathed and equal, 0.23 long. In O. mehdii
gubernaculum absent and in present specimens it is small and
measure about 0.09. The number of arrangement of papillae of O.
TAXONOMY
90
mehdii quite differs from that in present specimens. There are 10 pairs
of caudal papillae and all are postcloacal in O. mehdii and no pre-
cloacal papillae and no somatic papillae but in the present specimens
there are total 27 papillae out of which 10 subventral and sub dorsal
and three papillae precloacal making a group of, along with the other
post anal papillae. In pre-cloacal area there are more 6 somatic papillae.
Thus the arrangement and numbering of these caudal papillae are
dissimilar with that of O. mehdii of Marathwada.
The O. caucasicum (Sharpilo, 1974) Baker, 1980a of Anguis
fragilis from Caucasus shows some differences from the present
specimens from Maharashtra in Bufo sp. and Rana sp. The former
having a thick tail in anal region where the tail is curved ventrally,
narrows down at once and ends in a sharp pointing in later. In later
case female tail with a pair of papillae ending in a fine point but in O.
caucasicum female description is absent. The spicules are 0.38-0.40
mm long in O. caucasium but in the present specimen 0.10- 0.32 mm
long. Thus in comparison in spicule length and tail structure is not
sufficient to distinguishing these two species but must wait for further
study for more information about male caudal structure, about
numbering and arrangement of caudal papillae, presence or absence of
alae, cephalic structure and detail study about female must be needed
in future.
The O. dollfusi of either Bufo mauritanicus or Discoglossus pictus
of Casablanca, Morocco shows similarities and dissimilarities with the
specimen under present investigation in Maharashtra in certain basic
characters and measurements of morphological appearance. Anterior
extremity of oesophagus with 3 tooth like projections covered with thick
cuticle in O. dollfusi but in present specimens oesophagus with a short
pharynx and posterior bulb with denticular apparatus. Caudal papillae
markedly larger than somatic papillae in O. dollfusi but in present
TAXONOMY
91
specimens such differences are not found. The arrangement and
numbering of caudal papillae of O. dollfusi are also quite different from
that of present specimes. In case of O. dollfusi posterior half of tail with
two large subventral and two large sub dorsal pair of papillae and
anterior half of tail and anal region with three paired and one unpaired
large papillae. These 3 pairs located subventrally around the base of
swelling into which anus opens and unpaired papillae in anterior lip of
anus. Unpaired papillae with cuticular wing like supports as observed
in the species. The arrangement and numbering of papillae are quite
different in both the cases. The spicules are equal in the present
specimens but hook shapes and are bent in lateral view and more
weakly chitinized posterior part supported by a wide membranous
sheath, distal end sharply pointed in the later. The length of spicules in
present specimens (in relation to body length) is 0.10- 0.32 but in O.
dollfusi these are prominent, 0.18-0.20mm long. The size of
gubernaculum in O. dollfusi is 0.07- 0.08 mm long with wide proximal
end and sharply pointed distal end but 0.09 in case of present
specimens. Vulva is at 0.65-1.93 mm from anterior extremity in present
specimens but O. dollfusi 2.5-2.9mm. Eggs of the present specimens are
irregular, contains embryos and measure about (0.04X 0.04) – (0.14X
0.09) in diameter whereas it is oval thin shelled and 0.69-0.78 mm long
and 0.040-0.045 wide in later case. Tail of present specimens with a
pair of papillae ending in a fine point and measures about 0.21- 0.67 in
female samples, but in O. dollfus long, conical, sharply pointed with
slight swelling near the posterior lip of anus and measure about 0.186-
0.220mm. Thus O. dollfusi Baker, 1980 can be most easily
differentiated from the present specimens by spicules morphology and
length, finally the spicules in O. dollfusi are bent into a characteristic
hook shape in lateral view, whereas they are slightly curved or variable
in shape in the present specimens.
TAXONOMY
92
The worm has a soft, delicate, white cylindrical body and
attenuated at both ends in Karve’s specimens O. macintoshii and it
shows some similarities with present specimens. Mouth with three
small lips, one dorsal and two subventral, each lip with two papillae. In
the worm under present investigation as well as in Karve’s specimens
oesophageal bulb with denticular apparatus are same which is the
characteristic feature of the oxyurid worms. The arrangement and
numbering of the caudal papillae are exactly similar with that of Karve’s
(1927) specimen. Structure of the spicules are equal in both the cases
but it is measured about 0.10-0.32 mm in case of present specimens
and 0.24mm in case of Karve’s sample. The vulva at about the middle of
the body or a little behind it with poorly developed lips in present
specimens but is a transverse slit with very poorly developed lips at the
middle of the body in case of Karve’s sample. Vulva of present
specimens at 0.65-1.93 from anterior end but 1.3 to 3.1 from the
anterior extremity in two specimens in Karve’s observation. Thus from
the above discussion it is clear that present specimens revealed the
similarities with Karve’s specimen in most of the principal body
characters and there is a little variation in the body measurement in
both the cases.
A present specimen also shows the similarities and dissimilarities
with O. macintoshii redescription given by Yuen in 1963c like Karve’s
specimen of 1927. That the cuticle of Yuen’s description is striated and
ornamented with many small papillae and the number of rows papillae
could not be determined whereas the cuticle of present species is only
finely striated transversely. The arrangement of the caudal papillae of
the specimen described by Yuen (1963c) is similar to the specimen. In
Yuen the somatic papillae are continuation with body papillae, which is
not seen in present specimen except 6 rows of somatic papillae. The
spicules of the specimen described by Yuen (1963) are rod like non
TAXONOMY
93
alate and slightly sub-equal, measures 0.18-0.26 whereas the spicules
of the present specimen are equal and relatively (in relation to body
length) long 0.10- 0.32. The female specimens bears two to four pairs of
caudal papillae Yuen’s observation but in present observation there is
no caudal papillae in female. Gubernaculum of present specimen is
about 0.09 and 0.046-0.053 for the Yuen’s sample. The position of
vulva for the specimen in the present investigation at 0.65-1.93 from
anterior end but at 1.53-3.09 in Yuen’s description. Thus there are
more dissimilarities in between the above two specimens, recorded in
different year and in different host.
Thus the present specimens differs only in very minor points from
the earlier Oxysomatium macintoshii (Stewart, 1914) Karve, 1927 and
this differences are infra specific variations.
From thorough discussion it is clear that present specimens
belong to the genus Oxysomatium Railliet and Henry, 1913 and it is
Oxysomatium macintoshii (Stewart, 1914) karve, 1927.
T
AX
ON
OM
Y
9
4
Host
-para
site
lis
t of
Oxys
om
ati
um
(R
ail
liet
and H
enry
, 1913)
Sr.
No.
Host
P
aras
ite
Loca
lity
A
uth
or
Cla
ss
: N
emat
od
a R
ud
olp
hi,
1
80
8 em
end
.
Die
sin
g,
18
61
.
Ord
er
: A
scar
idid
a (M
ull
er,
18
80
) C
hab
aud,
19
65
.
Fam
ily
:
Co
smo
cerc
oid
ae
Gen
us
:
Oxy
som
ati
um
Rai
llie
t an
d H
enry
,
19
13
.
1
O
. acu
min
atu
m
- S
chra
nk, 1788
2
O
. am
eric
ana
- W
alto
n, 1929
3
O
. bare
illi
ana
- G
up
ta,
Chan
dra
&
Shal
aby, 2004
4
O
. bayl
isi
- W
alto
n, 1933
5
O
. bre
vica
udatu
m
- Z
eder
, 1800
6
Am
phib
ian h
ost
O
. doll
fusi
- B
aker
, 1980
7
O
.itz
oca
nen
sis
- B
ravo,
1943
8
O
. lo
ng
esp
iculu
m
- R
aill
iet
& H
enry
, 1916
T
AX
ON
OM
Y
9
5
9
Ple
thodon (
Rep
tile
) O
xyso
mati
um
long
icaud
a
-
10
O.l
ong
icaudata
- W
alto
n, 1929
11
O.
maci
nto
shii
- S
tew
art,
1914
12
A
mp
hib
ian h
ost
O
. m
ehdii
- Il
yas
, 1980
13
R
ana c
yanop
hly
ctis
O
. sa
ina
thai
- S
ubb
arao
& N
aidu,
1983
14
B
ufo
mel
anost
ictu
s O
. th
aka
rei
- S
ubb
arao
& N
aidu,
1983
15
O.
vari
ab
ilis
- H
arw
ood,
1930
TAXONOMY
96
3) Cosmocercoides rickae (Ogden, 1966)
Classification:
Class : Nematoda Rudolphi, 1808 emend. Diesing, 1861
Order : Ascaridida (Muller, 1880) Chabaud, 1965
Family : Cosmocercidae
Genus : Cosmocercoides Wilkie (1930).
Species : C. rickae Ogden, 1966
Materials Examined: Host : Duttaphrynus melanostictus, Euphlyctis hexadactylus,
Hoplobatrachus tigerinus & Uperodon systoma.
Location : Rectum.
Locality : Waluj, Chikalthana, Shendra & Ranjangaon.
Deposition : Helminth Research lab, Dept. of zoology,
Dr. B. A. M. University, Aurangabad.
Generic diagnosis:
Small-sized worms, broad anteriorly and sharply pointed
posteriorly with long filiform tail. Lateral alae absent. Mouth surrounded
by three lips, one dorsal and two subventral. Cuticle transversely
striated. Esophagus with a long corpus, distinct isthmus and a valvated
endbulb. Excretory pore anterior to end bulb.
Male:
Tail long, tapering. On the ventral surface of the posterior
extremity there is on each side a longitudinal row of false plectans, each
of which consists of a large papilla surrounded by tubercles, purely
cuticular in structure and not supported by any internal skeleton; most
of them are preanal and a few postanal; caudal papillae, rosette complex
and simple types, no bursate caudal alae. Spicules equal, slender;
TAXONOMY
97
gubernaculum present. Spicules paired, long, pointed at distal end and
equal in length. Gubernaculum small, lateral alae present.
Female:
Somatic papillae absent, tail long, tapering; vulva behind middle of
the body. Oviparous; eggs elliptical, thin shelled, embryonated.
Reproductive system didelphic, amphidelphic. Uterus with embryos in
different stages of development. Parasitic in digestive tract of
amphibians.
Measurements and description:
Female:
Body measures 2.61-2.92x0.17-0.22. Esophagus (including bulb) 0.39-
0.45x0.02-0.05; bulb 0.06-0.10x0.03-0.05. Nerve ring and excretory pore
0.12-0.15 and 0.22-0.28 respectively. Vulva 1.50-1.69 from anterior
extremity. Vagina runs backwards from the vulva. Tail 0.32-0.38 long
and pointed.
Male:
Body measures 3.04-3.5x 0.20-0.28. Esophagus 0.46 long
(including bulb) and0.02 wide; bulb 0.8-0.12x0.06-0.1. Nerve ring and
excretory pore 0.12-0.16 and 0.20-0.25 from anterior extremity,
respectively. Spicules 0.10-0.16 long, equal, pointed at distal end.
Gubernaculum 0.10-0.14 long. Tail 0.16-0.41 long.
Discussion:
Cosmocercoides is the genus of nematode within the order
Ascaridida and this genus was established by Wilkie (1930). Some
uncertainty exists for hosts of the 2 American species of Cosmocercoides:
Cosmocercoides dukae, originally Cosmocerca dukae Holl, 1928 and
Cosmocercoides variabilis, originally Oxysomatium variabiliis Harwood,
1930. Travassos (1931) included both the species C. dukae and C.
variabilis in his monograph on the Cosmocercidae. Ogren (1953, 1959)
considered C. variabilis a synonym of the molluscan parasite C. dukae
TAXONOMY
98
and presumed that amphibians acquired C. dukae by ingesting infected
molluscs. Vanderburgh and Anderson (1987) demonstrated that these 2
species were distinct. Ingles (1936) reported C. dukae from Taricha
torosa, Rana aurora, and Bufo boreas from California. Anderson (2000)
refers all infections of C. dukae in toads to C. variabilis. Cosmocercoides
variabilis has been previously reported from snakes (Harwood, 1930,
1932; Rau et al., 1978; Rau and Gordon, 1980; Fontenot and Font,
1996). Crotalus durissus and Dendrophidion percarinatus represent new
host records for C. variabilis. Cosmocercoides pulcher, originally
described from Rana japonica collected on Honshu Island, Japan, by
Wilkie (1930), is known from anurans from Borneo, Japan, Okinawa,
Russia, and Taiwan: Bufo bankorensis, B. bufo, B. gargarizans, B. raddei,
Chirixalus eiffingeri, Rana amurensis, Rana holsti, Rana ishikawae, Rana
swinhoana, Rana ornativentris, Poiypedates leucomystax (Goldberg and
Bursey 2002). Cosmocercoides barodensis Rao, 1979 is reported from
amphibian host; C. bufonis Karve, 1944 reported from Bufo
himalayanum, India; C. dukae (Holl, 1928) [=Cosmocerca dukae Holl,
1928] Travassos 1931 collected from host Triturus viridescens, North
Carolina; C. fotedari and C. kumaoni Arya, 1992 from the host Rana
cyanophlyctis; C. lanceolatus Rao, 1979 from amphibian host; C.
multipapillata Khera, 1958 in the host Bufo melanostictus from India; C.
nainitalensis Arya, 1979; C. rusticum (Kreis, 1932) Chitwood 1933; C.
skrjabini (Ivanitskii, 1940) Skrjabin, Shikhobalova & Mozgovof 1951 from
host Bufo temporaria; Ukraine; C. speleomantis Ricci, 1988 from the host
Hydromantoides (Speleomantes); C. tibetanum Baylis, 1927 [syn. Baker
1980]; C. tridens Wilkie, 1930, Japan; Redescribed Hasegawa 1989 from
host Tilototriton andersoni.
The present nematode parasite under discussion is belonging to
genus Cosmocercoides Wilkie (1930). All the females collected shows the
vulva behind the middle of the body, vagina runs backwards from the
TAXONOMY
99
vulva and the presence of caudal papillae rosette and complex type.
Therefore comparison of this specimen with earlier workers shows that
the Cosmocercoides Wilkie (1930) is the valid genus. The specimen
under present study shows close similarity with Cosmocercoides rickae
Ogden, 1966 in having the spicules equal in length 0.10-0.16 long,
gubernaculum 0.10-0.14 long, absence of prebulbular swelling and
presence of somatic papillae and lateral alae. It also shows similarity in
general body measurements and morphology.
Thus this specimen is very much close to Cosmocercoides rickae
Ogden, 1966 as compared to other spcies of Cosmocercoides, hence C.
rickae is a valid species name for present nematode. Also forms the first
report from new host Uperdon systoma (Schneider, 1799) in
Maharashtra, (Aurangabad region) India.
T
AX
ON
OM
Y
1
00
Host-
para
sit
e l
ist
of
Cosm
ocercoides W
ilkie
, 1930
Sr.
N
o.
Host
Para
sit
e
Locality
A
uth
or
Cla
ss:
Nem
ato
da R
udolp
hi, 1
808
em
en
d.
Die
sin
g,
1861
Ord
er:
Ascari
did
a C
habau
d,
1965
Fam
ily:
Cosm
cerc
idae
Gen
us:
Cosm
ocerc
ides W
ilkie
,1930.
1
Am
ph
ibia
n h
ost
C.
baro
den
sis
, In
dia
R
ao,
1979
2
Bu
fo
him
ala
ya
nu
m
C.
bu
fon
is
India
K
arv
e,
1944
3
Tri
turu
s
vir
idescen
s
C.
du
kae s
yn
. C
osm
ocerc
a d
uk
ae
N
ort
h C
aro
lin
a
Holl,
1928
4
Ran
a
cya
nop
hly
cti
s
C. fo
ted
ari
In
dia
A
rya,
1992
5
Ran
a
cya
nop
hly
cti
s
C.
ku
ma
on
i In
dia
A
rya,
1992
6
Am
ph
ibia
n h
ost
C.
lan
ceola
tus
- R
ao,
1979
7
Bu
fo
mela
nosti
ctu
s
C.
mu
ltip
ap
illa
ta
India
K
hera
, 1958
8
Am
ph
ibia
n h
ost
C.
na
init
ale
nsis
N
ain
ital, I
ndia
A
rya,
1979
9
Ran
a ja
pon
ica
C
. p
ulc
her
Ch
ina
Wilkie
, 1930
10
-
C.
rick
ae
O
gden
, 1966
11
-
C.
rusti
cu
m s
yn
. T
rich
on
em
a r
usti
cu
m
K
reis
, 1932
T
AX
ON
OM
Y
1
01
12
Bu
fo t
em
pora
ria
C.
skrj
ab
ini
Syn
. C
osm
ocerc
a s
krj
ab
ini
Ukra
ine
Ivan
itskii,
1940
13
Hydro
man
toid
es
(Spele
om
an
tes)
C.
sp
ele
om
an
tis
R
icci, 1
988
14
- C
. ti
beta
nu
m
B
aylis,
1927
15
Tiloto
trit
on
a
nd
ers
on
i C
. tr
iden
s
Japan
W
ilkie
, 1930
16
-
C.
vari
ab
ilis
S
yn
. C
osm
ocerc
a v
ari
ab
ilis
Harw
ood,
1930
TAXONOMY
102
4) Paracosmocerca macronata (Kung and Wu, 1945)
Classification:
Class : Nematoda Rudolphi, 1808 emend. Diesing, 1861.
Order : Ascaridida (Muller, 1880) Chabaud, 1965.
Family : Cosmocercidae
Genus : Paracosmocerca Kung and Wu, 1945
Species : P. macronara Kung and Wu, 1945
Materials Examined: Host : Duttaphrynus melanostictus, Euphlyctis
hexadactylus, Hoplobatrachus tigerinus &
Uperodon systoma.
Location : Rectum.
Locality : Waluj, Chikalthana, Shendra & Ranjangaon.
Deposition : Helminth Research lab, Dept. of zoology,
Dr. B. A. M. University, Aurangabad.
Generic diagnosis:
Lateral flanges narrow, extending throughout whole length of
body or only in anterior part in some males. Mouth with three lips each
of bears two papillae, 6 minute head papillae. Excretory pore level with
or just anterior to oesophageal bulb. Mouth cavity very narrow,
triradiate. Oesophagus with conical pharyngeal portion at its anterior
end, cylindrical and provided with posterior bulb.
Male:
Tail tapering to mucronate tip. 10 longitudinal rows of numerous
papillae and 2 preanal rows of 5 plectans each. A few adanal and
several postanal papillae also present. Each plectane inverted V-shaped
in profile, without any internal skeleton. Spicules single, very wide;
anterior end broad, posterior end pointed with lateral borders thickened
TAXONOMY
103
and strongly chitinised and median portion membranous.
Gubernaculum absent.
Female:
Tail elongated and pointed at tip. Vulva anterior to middle of the
body, vagina directed backwards from vulva, viviparous; eggs large.
Parasites of amphibians.
Measurenents and description:
Male:
Body small in size and measures 1.75-2.6 x 0.20-0.34 mm. The
length of the bulb 0.08-0.12 in length and 0.06-0.10mm in diameter.
The nerve ring located at a distance 0.12-0.22 mm and the excretory
pore at a distance 0 22-0.30mm from the anterior end of the body. The
intestine long and opened at the posterior end of the body in the cloacal
aperture. One thread like testis was situated in the middle of the body
and gave a vas deferens which directed posteriorly and formed vesicular
seminalis which opened into ejaculatory duct that terminated in the
cloacal opening. Spicules are completely fused into a single spicule and
measures 0.1-0.15 mm in length. Gubernaculum absent. Tail 0.16 -
0.36 mm with mucronate tip.
Female:
Body filiform, measured 2.65-3.28x 0.28-0.37mm. The bulb 0.12-
0.18 mm in diameter. The nerve ring located at 0.2-028 mm and the
excretory pore at a distance 0.30-0.52 mm from the anterior end of the
body. The genital system formed of two long ovaries, two oviducts and
two uteri which united to form the vagina that leaded to vulva at the
middle of the body. The egg oval in shape with a delicate membrane,
measured 0.20× 0.95 mm. Tail tapered and measured 0.45-0.6 mm.
TAXONOMY
104
Discussion:
The new genus Paracosmocerca Kung and Wu, 1945 and
species Paracosmocerca macronata Kung and Wu, 1945 was described
from Rana nigromaculata, R. Guentheri, R. limnocharis, Bufo bufo
and Microhyla ornata from China (Szechuan). The differences between
Cosmocerca and Paracosmocerca were the presence of a very wide
spicule in the latter parasite where two equal spicules in the former
also, gubernaculum was absent in the latter one and present in the
former. In many species of Cosmocercinae, spicules were more or less
completely atrophied and some authors have mistaken the
gubernaculum for a spicule. Therefore Paracosmocerca was
synonymized with Cosmocerca and the nematode parasite P. macronata
is the junior synonym of Cosmocerca japonica Yamaguti, 1938. During
the present study, a large numbers of nematode parasites were
collected from the rectum of Duttaphrynus melanostictus (Schneider,
1799) Frost et al., 2006 and Hoplobatrachus tigerinus (Daudin, 1803)
Dubois, 1992 from Aurangbad (M.S.) India. Male was characterized by
having a wide spicule measured 0.1-0.15 mm and absence of the
gubernaculum. So in this observation the author has obtained the
adults of this nematode parasite and found that the males with the
characteristic spicule and the absence of gubernaculum.
Gupta and Duggal (1980) first described a new species of the
genus Paracosmocerca in India from the digestive tract of Rana sp from
Chandigarh and named it Paracosmocerca indica Rao (1981) described
Paracosmocerca spinocerca from the rectum of Duttaphrynus
melanostictus from Bangalore.
The nematode parasite under discussion is belonging to the
genus Paracosmocerca Kung and Wu, 1945. All females recovered from
the host were ovoviviparous, which is the characteristic feature of
females of the genus Paracosmocerca, but in Cosmocerca the females
TAXONOMY
105
were oviparous. Moreover, the ovoviviparity was noticed only twice in
Cosmocerca japonica. Therefore, comparison of present specimen with
earlier workers shows that the Paracosmocerca is a valid genus. Present
nematodes are similar to Paracosmocerca macronata in general body
measurements and morphology. This is the first record of the genus
Paracosmocerca from Maharashtra and also forms two new hosts
records, Hoplobatrachus tigerinus and Uperodon systoma (Schneider,
1799) in the study area.
T
AX
ON
OM
Y
1
06
Host-
para
sit
e l
ist
of
Paracosm
ocerca
(K
ung a
nd W
u,
1945)
Sr.
N
o.
Host
Para
sit
e
Locality
A
uth
or
Cla
ss:
Nem
ato
da
Ru
dolp
hi,
1808 e
men
d. D
iesin
g, 1861.
Ord
er:
Ascari
did
a (M
uller,
1880)
Ch
abau
d, 1965.
Fam
ily
: C
osm
ocerc
idae
Gen
us :
Pa
racosm
ocerc
a K
un
g
an
d W
u, 1945
01
Ran
a s
pp
. P.in
dic
a
C
han
dig
arh
, In
dia
G
upta
& D
uggal,
1980
02
Du
tta
ph
ryn
us
mela
nosti
ctu
s
P.s
pin
ocerc
a
Ban
glo
re,
India
R
ao,
1981
03
- P.
mu
cro
na
ta
- K
un
g &
Wu
, 1945
04
- P.m
icro
hyla
e
- W
an
g,
Zh
ao &
C
hen
, 1978
05
Am
ph
ibia
n h
ost
P.s
pin
ocerc
a
- R
ao,
1979
06
- P.p
au
cip
ecti
ni
- W
an
g in
Wan
g,
Wan
g,
Zh
ao,
Yia
n &
Wan
g,
1992
07
- P. p
ulc
hra
e
- W
an
g,
Zh
ao &
C
hen
, 1978
TAXONOMY
107
5) Meteterakis govindi (Karve, 1930)
Classification:
Class : Nematoda Rudolphi, 1808 emend. Diesing, 1861.
Order : Ascaridida
Super family : Heterakoidea
Family : Heterakidae Railliet & Henry, 1912
Sub- family : Meteterakinae Inglis, 1967
Genus : Meteterakis Karve, 1930.
Species : M. govindi Karve, 1930
Materials Examined: Host : Duttaphrynus melanostictus, Euphlyctis
hexadactylus, Hoplobatrachus tigerinus &
Uperodon systoma.
Location : Intestine and Rectum.
Locality : Waluj, Chikalthana, Shendra & Ranjangaon
Deposition : Helminth Research Lab., Dept. of Zoology,
Dr. B. A. M. University, Aurangabad (M.S.)
Measurements and Description:
Male:
Small size worms, total body 2.52-3.74 long and 0.17- 0.28 wide;
length of pharynx 0.04X0.03; oesophagus including bulb 0.28-
0.69X0.03; bulb 0.08-0.12 long and 0.05-0.11wide; excretory pore at
0.15-0.34 and nerve ring at 0.05-0.07 from the head end, spicules
equal, broad, tips round, alate and massive, 0.24-0.38 long; tail 0.10-
0.29 long, ended in a point; Caudal alae well developed and supported
by pedunculate papillae. Caudal papillae 16 pairs –presuctorial 1 pair,
all fleshy, adanal, 2 pairs and 9 pairs post anal and clearly discernible,
TAXONOMY
108
sucker present just near the cloaca. Gubernaculum absent but
gubernaculum mass always present.
Female:
Small size worms, total body 2.82-3.46 long and 0.20- 0.30 wide;
length of pharynx 0.04X 0.03; oesophagus including bulb 0.52-1.02X
0.04; bulb 0.10-0.18 X 0.08-0.15; excretory pore at 0.24-0.45 and nerve
ring at 0.03-0.05 from the head end ; tail 0.22-0.37 long, tapers evenly
to a fine point; vulva almost equatorial and at 1.38-2.26 from anterior
end and is prominent, opening into the vagina which runs posteriorly;
eggs (0.04 X 0.08) – (0.06 X 0.11).
The SEM study reveals that there are 3 teeth in mouth. One in
each inner side of three lips, which are not so clear in light microscopic
study. Each small 3 lips of the mouth with a pair of external papillae.
One elevated additional papillae is seen near oral structure. The tail end
with a disk shape body with longitudinal striations anteriorly and
transverse striations in preanal region. Cervical papilla present.
Discussion:
The genus Meteterakis was established by Karve (1930) for a
single species M. govindi but it was not considered a valid genus by
different authors. As a result the type species appears to have been
twice described subsequently as new in different genera and eight other
species allied to it have been variously referred to African
Ganguleterakis and Spinicauda. This confusion has arisen through
failure to appreciate the significance of differences in the gubernaculum
and the tail.
Karve in discussing its affinities compared it with Heterakis
Dujardin, 1845. In the year of 1936 Baylis described M. govindi under
the genus Heterakis Dujardin, 1845, which was already established by
Karve in 1930 and considered the two genera Meteterakis and Heterakis
TAXONOMY
109
to be synonymous a conclusion with which Koo (1939) later agreed.
Subsequently, Lopez-Neyra (1947) recognized that Meteterakis was more
closely related to the genera placed by Travassos (1920) in the
Heterakid subfamily Spinicaudinae and referred it to this subfamily
without comment.
Since then only two species have been added under this genus
from amphibian i.e. M. japonica (Wilkie, 1930) Ingles, 1958 and M.
andamanensis Soota and Chaturvedi, 1970, the latter being recorded
from India (Andaman). After 30 years in the year of 1960 Gupta
redescribed the same species under the same genus for 7 female and 5
male from the intestine of Bufo melanostictus from Bangladesh. Soota
and Chaturvedi in 1971 redescribed it for several worms from the
intestine of Bufo sp. from Bhasa and Birati , 24 Parganas district of W.
B. Subsequently, Soota and Sarkar in 1980 reported it for 5 males and
4 females from the intestine of Himalayan toad Bufo himalayanum from
Karsiyan, Darjeeling Dist. W.B. In 1981 Soota reported it for 3 males
and 20 females from the intestine of Bufo sp. from Chennai (Madras).
This species also was reported by Inglis in 1958 from tree frogs in China
and Myres in 1970 reported this species from B. melanostictus from
Taiwan. But establishment of the genus Meteterakis for M. govindi by
Karve, 1930 which was subsequently considered invalid, as a result M.
govindi has been described several times under different names. For
convenient, all these are reviewed in details by Inglis in 1958. When he
upheld the status of the genus Meteterakis and reconstituted it with
eight species M. govindi Karve, 1930, M. baylisi Inglis, 1958, M.
longispiculata (Baylis, 1929) M. louisi Inglis, 1958, M. cophotis (Baylis,
1935a) M. mabuyi (Chakravarty, 1944), M. japonica (Wilkie, 1930) and
M. triaculeata (Kreis, 1933). Since then two more species M. karvei
Naidu and Thakare, 1981and M. tripurae Dey Sarkar, 2000 have been
TAXONOMY
110
described. Adamson M.L. (1986) reported Meteterakis vaucheri from
Varanus grayi.
According to Inglis (1958) the following nominal species closely
resemble or appear to be identical with Meteterakis govindi Karve, 1930
are Africana howardi Li, 1933, A. mabuyae Chakravarty, 1944, A.
varani Maplestone, 1931, Ganguleterakis triculeatus Kreis, 1933, M.
baylis Inglis, 1958, M. karvei Naidu and Thakare, 1981, M. louisi, Inglis,
1958, Spiniucauda bufonis Yamaguti, 1935a, S. cophotis Baylis, 1935c,
S. japonica Wilkie, 1930 and S. longispiculata Baylis, 1929. All
possesses combination of characters. The male tail bears caudal alae
supported by large fleshy papillae and a gubernacular mass is
developed from the walls of the cloaca, in females a Vulvular structure
is developed from the anterior tip of the vulva and in both sexes the
excretory pore open into a large lobulated excretory vesicle. Spinicauda
is characterized by the presence of a distinct gubernaculums, sessile
papillae only on the tail.
Thus Inglis (1958) considered Meteterakis is a valid species and
created a new subfamily Meteterakis (Inglis, 1958) Inglis 1967 for its
reception. Skrjabin and others (1961) followed the classification
proposed by Inglis (1958) and listed eleven species. The species M.
rodriguesi is described by Vicentle and Gomes in 1971. Among different
species of genus, those species represented so far from the amphibian
hosts are M. govindi Karve,1930 from rectum of B. melanostictus from
Burma (Myanmar), M. japonica (Wilkie, 1930) Inglis, 1958 from the
intestine of Rana japonica Guenther, 1858a (Japanese frog) from Japan,
Asia and M. karvei Naidu and Thakare, 1981 from rectum of B.
meanostictus Schneider,1799, Rana tigrina Daudin,1803 and Rana
hexadactyla Lesson, 1834 from Liluah and Belur in Howrah Dist. Habra
and Sonarpur in North and South 24 Parganas dist. respectively in
W.B. , India. Shuqian Zhang et al., (2011) added a new species of
TAXONOMY
111
Meteterakis Karve, 1930 from the host Indotestudo elongata (Blyth) in
China with keys to the species of Meteterakis.
Karve (1930) reported about feebly developed lateral alae arising
from the cervical region extend to the tip of the tail based on the light
microscopic study. Inglis (1958) review work on the genus Meteterakis
and in Karve’s observation none of the places indicate the presence of
area of rugosa in the species M. govindi.
Zhang et al., (2004) found another species Meteterakis wangi
collected from the intestine of Indotestudo elongata (Blyth) from
Shijiazhuang, Hebei Province, China by anthelminthic treatment.
Deshmukh et al., (1980) reported Meteterakis aurangabadensis from the
rectum of Bufo melanostictus from Aurangabad, India. After this there is
no record on Metererakis sp. This is the first report since long time from
toad (Duttaphrynus melanostictus) in the present investigation.
This is the second time that M. govindi Karve, 1930 are reported
from Rana spp. from India and as a third report from Rana spp. in Asia
only after M. japonica (Wilkie, 1930) Inglis, 1958 and M. govindi Karve,
1930 by Mukul Sarkar (2007) W.B.
T
AX
ON
OM
Y
1
12
Host – p
ara
sit
e l
ist
of
the g
enus M
ete
terak
is (K
arv
e,
1930)
A)
Fro
m B
ufo
spp.
(Laure
nti
, 1768)
Host
P
aras
ite
Loca
liti
es
Auth
or
Cla
ss:
Am
phib
ia L
innae
us,
1758
Ord
er:
Anu
ra R
afin
esque,
1815
Fam
ily:
Bufo
nid
ae G
ray,
1825
Gen
us:
Bufo
Lau
renti
, 1768
Cla
ss:
Nem
atoda
Rudolp
hi,
1808 A
men
d, D
iesi
ng, 1
861
Ord
er:
Asc
arid
ida
Chab
aud,
1965
Fam
ily:
Het
erak
idae
Rai
llie
t
and H
enry
, 1912
Gen
us:
Mat
eter
akis
Kar
ve,
1930
1)
Bufo
mel
anost
ictu
s
Sch
nei
der
, 1799 (
Blc
ak-
Sca
rred
to
ad, A
sian
com
mon t
oad
, B
lack
str
iped
toad
, co
mm
on I
ndia
n t
oad
)
Met
eter
aki
s g
ovi
ndi
syn.
Spin
icauda b
ufo
nis
Yam
aguti
,
1935
- In
gli
s (1
958)
Myan
mar
(R
angoon
), S
. A
sia
Kar
ve,
1930
do
M
. tr
ipura
e M
anu, N
ort
h d
ist.
Tri
pura
,
India
Dey S
arkar
, 2000
do
M
. g
ovi
ndi
Kar
ve,
1930
M
yan
mar
(R
angoon
), S
. A
sia
Gup
ta,
1960
do
do
Ban
gla
des
h, B
irat
i (W
.B.)
India
S
oota
and C
hat
urv
edi,
19
71
do
do
Chen
nai
S
oota
, 1981
do
M
. andam
anen
sis
Andam
an u
nio
n T
err.
Ind
ia
Soota
and C
hat
urv
edi,
19
70
do
M
. ka
rvei
N
agp
ur
(M.S
.) I
ndia
N
aidu a
nd T
hak
are,
1981
do
M
. g
ovi
ndi
Kar
ve,
1930
C
anto
n, C
hin
a, S
.E.
Asi
a In
gli
s, 1
958
do
do
Tai
nan
, F
orm
osa
do
do
Spin
icauda b
ufo
nis
syn.
Of
M.
Jap
an, E
. A
sia
Yam
aguti
, 1935a
T
AX
ON
OM
Y
1
13
govi
ndi
Kar
ve,
1930
do
M
etet
eraki
s basa
nae
Lil
uah
, B
elur,
Hab
ra a
nd
Sonar
pur
W.B
.
Mukul
Dutt
a, 2
007
do
M
. g
ovi
ndi,
Kar
ve
1930
do
do
do
do
Nag
pur
(M.S
.)
Nai
du a
nd T
hak
are,
1981
2)
B. him
ala
yans
Guen
ther
,
1858b (
Him
alayan
toad
)
do
Kar
siyan
g (
Dar
jeel
ing)
W.B
. S
oota
and D
ey S
ark
ar,
1980
3)
Bufo
bufo
garg
ari
zans
Can
tor,
1842
M. ja
ponic
a (
Wil
kie
, 1930)
Peh
pei
Sze
chw
an, C
hin
a an
d
Shan
ghai
Ingli
s, 1
958
4)
Bufo
bufo
farm
osu
s
Boule
nger
, 1883
do
Shan
gai
, C
hin
a
do
5)
Bufo
bufo
jap
onic
us
Sch
legel
, 1838
Afr
icana h
ow
ard
i sy
n.
Of
M.
jap
onic
a (
Wil
kie
, 1930)
Jap
an, A
sia
Li,
1933
do
M
. ja
ponic
a
(W
ilkie
, 1930)
syn.
Spin
icauda
sp.
Hoch
ow
, S
zech
wan
, C
hin
a,
S.E
. A
sia
Ingli
s, 1
958
do
do
Sch
egel
, S
iga
pre
fect
ure
do
do
do
Sir
aham
a, W
akayam
a
pre
fect
ure
, Ja
pan
do
Bufo
spp
. ,
Lau
renti
, 176
8
do
Jap
an a
nd C
hin
a do
T
AX
ON
OM
Y
1
14
B
) Fro
m R
ana
spp.
(Lin
naeus,
1768)
Fam
ily:
Ran
idae
, 1825
Gen
us:
Ran
a, L
innae
us,
1768
Host
P
aras
ites
L
oca
liti
es
Auth
or
1)
Rana j
ap
onic
a G
uen
ther
,
1858 (
Jap
anes
e fr
og)
M. ja
ponic
a (
Wil
kie
, 1930)
syn.
Spin
icauda
j.w
.
Jap
an, A
sia
In
gli
s, 1
958
do
M
. ja
ponic
a (
Wil
kie
, 1930)
Ingli
s, 1
958
Nag
pur
(M.S
.)
Nai
du a
nd T
hak
are,
1981
2)
Rana t
igri
na
Dau
din
, 1803
(India
n b
ull
fro
g )
M. g
ovi
ndi
Kar
ve,
1930
L
iluah
, H
abra
, B
elu
r an
d
Sonar
pur
W.B
.
Mukul
Dutt
a, 2
007
do
M
. basa
nae
do
do
3)
Rana h
exada
ctyl
a
Les
son, 1834 (
Pond f
rog o
r
gre
en f
rog)
M. g
ovi
ndi
Kar
ve,
1930
do
do
do
M
. basa
nae
do
do
T
AX
ON
OM
Y
1
15
C)
Fro
m R
epti
lia (H
uxle
y,
1876)
Cla
ss:
Rep
tili
a H
ux
ley, 1
876
Ord
er:
Squ
amat
a
Fam
ily:
Agam
idae
, G
ray.
Host
P
ara
site
L
oca
lity
A
uth
or
1)
Cer
ato
phora
sto
ddart
i G
ray,
1834
M. bayl
isi
Hag
kal
a, C
eylo
n
Ingli
s, 1
958
2)
Cop
hoti
s ce
ylonic
a P
eter
,
1861
M. co
photi
s (B
ayli
s, 1
93
5)
syn.
Spin
icauda
C.B
.
Gam
mad
uw
a, C
eylo
n a
nd I
ndia
do
3)
Lyr
ioce
phalu
s sc
uta
tus
do
do
do
Fam
ily :
Gek
konid
ae S
mit
h,
1932
4)
Gec
o g
eco
Lin
nae
us,
1758
M. lo
ng
isp
icaudata
(B
ayli
s,
1929)
Syn., S
pin
icau
da
1B
.
Sam
aran
g, Ja
va
(Indon
esia
)
do
Fam
ily:
Lac
erti
dae
5)
Tre
e L
izar
d
M. lo
uis
i
India
do
6)
Coru
cia z
ebra
ta G
ray,
1855
M
. tr
iacu
leata
(K
reis
, 19
33)
Syn., G
ang
ule
tera
kis
tria
cule
a
Kre
is, 19
33
Solo
man
in I
slan
ds
in P
acif
ic
Oce
an
do
Fam
ily :
Sci
nic
idae
Gra
y
Gen
us:
Mabuya
7)
Mabuya
cari
na
ta S
chnei
der
,
1801
M. m
abuyi
(C
hak
ravar
ty,
1944)
Syn.
Afr
icana
m.c
.
Cal
cutt
a, I
ndia
Ingli
s, 1
958
Fam
ily:
Var
anid
ae G
ray
8)
Vara
nus
ben
gale
nsi
s
Dau
din
, 1802
Afr
icana v
ara
ni
Kar
ve,
1930
Syn.., of
M. g
ovi
ndi
Zoolo
gic
al G
ard
ens,
Cal
cutt
a,
India
Map
lest
one,
1931
TAXONOMY
116
06) Spinicauda anurae sp. nov.
Classification:
Class : Nematoda Rudolphi, 1808 emend. Diesing, 1861.
Order : Ascaridida Muller, 1880
Superfamily : Heterakoidea
Family : Heterakidae Railliet and Henry, 1912
Subfamily : Spinicaudinae Travassos, 1920
Genus : Spinicauda Travassos, 1920
Species : anurae
Materials Examined: Host : Duttaphrynus melanostictus
Location : Intestine.
Locality : Waluj, Chikalthana, Shendra & Ranjangaon.
Holotype : 1
Paratype : 2
Etymology : Named after the order of hosts.
Deposition : Helminth Research lab, Dept. of zoology,
Dr. B. A. M. University, Aurangabad.
Generic diagnosis:
Lateral fields conspicuous, composed of single row of large cells.
Mouth with three subtriangular lips, expanded anteriorly and laterally
as in Strongyluris, without cordons. Oesophagus cylindrical with short
pharynx and posterior bulb.
Female:
Tail long, tapering and conical ended in spine; vulva near middle
of the body, prominent. Uterine branches parallel. Oviparous; eggs with
TAXONOMY
117
thick, often rugose, shell. Parasitic in alimentary canal of reptiles and
amphibians.
Measurements and description:
Female:
Body measures 2.84-3.75x 0.25-0.42; Oesophagus including bulb
0.39-0.47x0.03-0.05; nerve ring at 0.035-0.057; bulb 0.11-0.24x0.05-
0.08; excretory pore placed 0.032-0.037 from the anterior end; vulva
positioned 0.096-0.11 from the anterior extremity; tail tapering 0.48-
0.52 long and pointed at the tip.
Male: Not found.
Discussion:
In 1920 the genus Spinicauda was described by Travassos is
characterized by conspicuous lateral fields, subtriangular lips,
expanded anteriorly and laterally, without cordons, pharynx present,
oesophagus with posterior bulb, male tail long and without alale,
papillae small, sessile, spicules short, subequal, gubernaculum present,
in female tail long, tapering, vulva near middle of body, uterine
branches parallel, oviparous, eggs with thick shell and often rugose. It
is a parasite in the alimentary canal of reptiles and amphibians.
After two years in 1922 the genus was synonymised by Baylis and
Daubney in Sonsinia. The genotype Spinicauda spinicauda described by
Rudolphi, 1819 in Lacerta teguixin from Brazil, South America is also
recorded from Cternodon sp. (Yamaguti, 1961; Systema Helminthum
Vol.111. Part 1, 154p).
Baylis (1935b) described the species Spinicauda cophotis from
alimentary canal of lizards from Cophotis ceylonica and Lyriocephalus
scutatus (Agamid lizards) from Gammaduwa in Sri Lanka (then Ceylon).
TAXONOMY
118
There is a record of immature Spinicuda from Dyricephalus scutatus in
the Zoological Survey of India, probably belngs to S. cophotis by Brazil
in 1935b. Inglis (1958) reconstituted the genus Meteterakis Karve, 1930
as a distinct morphological and geographical group on the basis of some
morphological characters. The movement of species to it has altered the
constitution of the genera Africana Travassos, 1920 and Spinicauda
Travassos, 1920 and the remaining species in the genus Spinicauda are
Spinicuda spinicauda (Rudolphi, 1819), Travassos. 1920; S. amarali
Pereira, 1935; S. australiensis Baylis, 1930; S. campanula (Von Linstow,
1879a,b) Travassos, 1920; S. icosiensis (Seurat, 1917) Travassos, 1920;
S. mathevossianae Skarbilovitch, 1950 and S. sonsinoi (Von Linstow,
1894, Travassos, 1920). While the Spinicauda cophotis Baylis, 1935;
Spinicauda japonica Wilkie, 1930 and S. longispiculata Baylis, 1929 a,b
transferred to genus Mateterakis by him (1958). According to his
description the male tail bears the caudal alae supported by large fleshy
papillae and a gubernaculum mass is developed from the walls of the
cloaca and Spinicauda is characterized by the presence of a distinct
gubernaculum, sessile papillae only on the tail (or caudal papillae small
and sessile); the spicules are short and subequal; caudal alae are
absent or rudimentary in male and in the female the vulva is near the
middle of the body; tail long and tapering.
This present specimens show the characteristic feature similar to
genus Spinicauda Travassos, 1920. It shows some variation in the
morphological characters with the type species, Spnicauda spinicauda
Olfers in Rud., 1819 (Yamaguti, 1961; Syatema Helminthum Vol.111.
Part 1, 154p.). Length of female body is 5-7 in case of Spinicauda
spinicauda (Yorke and Maplestone, 1926) while it is 2.84-3.75 in the
present specimens; distance of excretory pore from anterior end is 0.73-
0.80 in S. spinicauda and whereas it is 0.032-0.037 in present
TAXONOMY
119
specimens; distance of nerve ring from anterior end is 0.40-0.45 in S.
spinicauda and whereas it is 0.035-0.079 in present specimens.
The specimens under investigation also show the resemblance in
their various body characters with S. cophotis Baylis, 1935b. In both
cases the cuticle is finely striated but they differ in the length of the
body, length of tail and distance of vulva. In S. cophotis length of body
7.3-9.0, nerve ring at 0.3-0.36 distance, length of oesophagus is 1-1.16,
distance of vulva 3-3.5 form the head end and is very immediately
behind it, length of tail is 0.4-0.55. Thus this is relatively larger than
present specimens. Bayli’s specimens recorded from reptiles, Agmid
lizard Cophotis ceylonica and Lyriocephalus scutatus from Gammaduwa,
Ceylon; but the present specimen is recorded from amphibian,
Duttaphrynus melanostictus (Schneider, 1799) Frost et al., 2006 from
Aurangabad, Maharashtra, India. The present specimens under
investigation also show variation in its body measurements and
different body characters with all other species; Spinicauda
australiensis Baylis, 1935 and Spincauda grimmae Belle, 1957; in
length of the body, length of tail, distance of vulva from anterior end
and position of vulva.
Morphologically the most closely related species is S. voltaensis
Baker and Bain, 1981b in Bufo sp. from Burkina Faso, but it differs in
smooth cuticle and is less sclerotised.
The present specimen also differs with S. dugessi Gumiel, 1991,
in having vulva, (salient vs prominent), total length of body (10x 0.58 vs
2.84-3.75x 0.25-0.42), pharynx (long & wide vs small), oesophagus
(0.98 vs 0.39-0.47) and tail (0.15vs 0.48-0.52).
The species of the genus Spinicauda are parasites of reptiles and
amphibians from tropical and subtropical regions: South America
TAXONOMY
120
(Brazil), Africa (Madagascar, Egypt, Algeria, and Burkina Fasto),
Australia, New Guinea, Taiwan, Indonesia and India.
Thus from the above discussion, it is confirmed that the present
species is consider to be a new species to the genus Spinicauda
Travassos, 1920. This reported Spinicauda sp.n. in present investigation
reported as a second report after Mukul Dutta, 2007 from W.B. in an
amphibian host in India and first from the Maharashtra as there is no
any previous report of this genus from reptiles and amphibians before
this study.
TA
XO
NO
MY
121
Tab
le N
o. C
om
pari
sion
of
the
pre
sen
t sp
ecie
s w
ith
oth
er r
elate
d s
pec
ies
of
the
Gen
us
Sp
inic
au
da
Tra
vass
os,
1920 i
n
am
ph
ibin
as
an
d r
etil
es f
rom
vari
ou
s lo
cali
ties
.
Sr.
No.
1
2
3
Nam
e of
Nem
atodes
Spin
icauda s
pin
icauda
Olf
ers
in R
ud., 1
819
Spin
icauda a
ust
rali
ensi
s B
ayli
s, 1
935
Spin
icauda c
op
hoti
s
Bayli
s, 1
935a
Host
s L
acer
ta t
eguix
in a
nd
Cte
nodon s
p.
Til
iqua
scin
coid
es
Agam
id l
izar
ds:
Cop
hoti
s
ceyla
nic
a an
d L
yri
oce
ph
alus
scuta
tus
Loca
tion
N
ot
men
tioned
R
ectu
m
Not
men
tioned
Geo
gra
phic
al
dis
trib
uti
on
T
ow
nsv
ille
in Q
uee
nsl
and,
Aust
rali
a
and C
hin
g D
o
Gam
mad
uw
a, C
eylo
n
Mouth
Lip
s re
trac
tile
wit
hin
a c
uti
cula
r ci
llar
Oes
op
hag
us
cuti
cle
T
ransv
erse
ly s
tria
ted a
t in
terv
als
Cuti
cle
is v
ery f
inel
y s
tria
ted
Cau
dal
pap
illa
e
At
leas
t 23 p
airs
A
bout
16 p
airs
and a
re v
ery
min
ute
.
Sp
icule
s
Not
men
tioned
H
as t
esse
llat
ed s
truct
ure
and
are
of
the
form
found i
n o
ther
mem
ber
of
the
gen
us
wit
h t
he
exp
anded
ro
ot
ben
t at
an
obtu
se a
ngle
tow
ards
the
ven
tral
surf
ace.
Gub
ernac
ulu
m
- -
Thic
ken
ing o
f th
e dors
al w
all
of
the
cloac
a p
rob
ably
rep
rese
nts
an a
cces
sory
pie
ce,
but
is a
ppar
entl
y n
ot
chit
iniz
ed.
It i
s p
arti
ally
chit
iniz
ed a
nd i
rreg
ula
r in
shap
e.
TA
XO
NO
MY
122
Bo
dy
mea
sure
men
ts:
(All
mea
sure
men
ts a
re i
n m
m u
nle
ss o
ther
wis
e n
ote
d)
1
2
3
Mal
e F
emal
e M
al
Fem
ale
Mal
e
Fem
ale
Len
gth
of
bod
y
5-7
5-7
3.8
-3.9
4.4
-4.8
6.4
-8
7.3
-9
Bre
adth
of
bod
y
0.3
6-0
.38
0.4
8
0.2
5-0
.34
0.2
4-0
.37
Phar
ynx
0.0
6-0
.07
0.0
6-0
.07
0.0
7-0
.08
0.0
7-0
.08
Dis
tance
of
excr
eato
ry p
ore
from
ante
rior
extr
emit
y
0.7
3-0
.8
0.2
8-0
.35
0.2
8-0
.35
0.5
-0.5
7
0.5
-0.5
7
Dis
tance
of
ner
ve
ring f
rom
ante
rior
extr
emit
y
0.4
0-0
.45
0.2
6-0
.30
0.2
6-0
.30
0.3
0-0
.36
0.3
0-0
.36
Len
gth
of
oes
op
hag
us
0.7
0-0
.75
0.8
0
0.9
-1.0
1.0
-1.1
6
Bulb
Dis
tance
of
vulv
a
from
an
teri
or
end
2.1
in a
spec
imen
of
4.4
mm
long
and s
lightl
y i
n
front
of
mid
dle
of
the
bod
y
3.0
-3.5
Pre
equat
ori
al.
Len
gth
of
tail
0.2
1-0
.27,
conic
al a
nd
rap
idly
tap
erin
g
0.4
5-0
.55,
conic
al a
nd
rap
idly
tap
erin
g
0.2
9-0
.38
caudal
end
curv
e,
ven
tral
ly a
nd
tap
ers
to a
fin
e
poin
t
0.4
-0.5
5 b
ears
a p
air
of
smal
l
pap
illa
e at
about
0.1
mm
from
the
tip
.
TA
XO
NO
MY
123
Sr.
No.
4
5
6
Nam
e of
Nem
atodes
Spin
icauda
gri
mm
ae
Bel
le,
1957
Spin
icauda p
adm
ai
Mukul
Dutt
a, 2
000
Spin
icauda a
nura
e sp
. nov.
(pre
sent
inves
tigat
ion)
Host
s Sci
ncu
s off
icin
ali
s R
ana h
exadact
yla
Les
son,
1834
D.
mel
anost
ictu
s F
rost
et
al.,
2006
Loca
tion
L
arge
inte
stin
e
inte
stin
e in
test
ine
Geo
gra
phic
al d
istr
ibuti
on
E
I A
rish
Eg
yp
t (U
.A.R
.)
Nort
h A
fric
a
Lil
uah
dis
t. H
ow
rah, W
.B.
India
MID
C a
rea
of
Aura
ngab
ad
(M.S
.)
India
Mouth
G
uar
ded
by t
hre
e si
mp
le l
ips
and s
mal
l p
har
ynx
is
pre
sent.
Wit
h t
hre
e su
b t
rian
gula
r li
ps
Wit
h t
hre
e li
ps
Oes
op
hag
us
Musc
ula
r, c
yli
ndri
cal,
en
din
g
in a
sp
her
ical
bulb
and i
s not
sep
arat
ed f
rom
res
t of
oes
op
hag
us
by a
ny
const
rict
ion
Wit
h s
hort
phar
ynx
and
post
erio
r b
ulb
Sm
all
phar
ynx
wit
h p
ost
erio
r
bulb
cuti
cle
Ver
y f
inel
y s
tria
ted
Cau
dal
pap
illa
e M
any a
nd s
essi
le
Sm
all
and s
essi
le
Sp
icule
s S
ub
equal
, le
ft s
pic
ule
sli
ghtl
y
curv
ed t
ow
ards
ven
tral
sid
e of
the
worm
and i
ts r
oot
is b
road
and b
ifurc
ated
.
F
emal
e h
avin
g p
rom
inen
t
vulv
a
Gub
ernac
ulu
m
Clu
b s
hap
ed
TA
XO
NO
MY
124
Bo
dy
mea
sure
men
ts:
(All
mea
sure
men
ts a
re i
n m
m u
nle
ss o
ther
wis
e n
ote
d)
4
5
6
Mal
e F
emal
e M
ale
Fem
ale
Mal
e F
emal
e
Len
gth
of
bod
y
4-3
.8
5.9
5
2.8
-6.8
3
3.5
3-7
.04
Not
found
2.8
4-3
.75
Bre
adth
of
bod
y
0.4
9
0.4
3
0.2
0-0
.37
0.1
92-0
.48
0.2
5-0
.42
Phar
ynx
-
0.0
6
0.0
32-0
.048
0.0
32-0
.048
Dis
tance
of
excr
etory
pore
from
ante
rior
extr
emit
y
0.4
9
0.4
5
0.2
9-0
.66
0.1
6-0
.62
0.0
32-0
.037
Dis
tance
of
ner
ve
ring f
rom
ante
rior
extr
emit
y
0.2
8
0.3
5
0.0
4-0
.11
0.0
48-0
.096
0.0
35-0
.057
Len
gth
of
oes
op
hag
us
0.7
2
0.8
8
0.6
4-0
.98
0.3
3-1
.08
0.3
9-0
.47
Bulb
0.1
2-0
.14
(0.1
2x
0.1
2)-
(0.2
0x
0.1
4)
(0.0
8x
0.0
9)-
(0.2
4x
0.1
7)
0.1
1-0
.24x
0.0
5-0
.08
Dis
tance
of
vulv
a
from
an
teri
or
end
2.9
8 a
nd s
lightl
y
pro
min
ent
1.6
8-2
.68
0.0
96-0
.11
Len
gth
of
tail
0.4
0
0.1
6-0
.30
0.1
4-0
.40
0.4
8-0
.52
TA
XO
NO
MY
125
Ho
st-
pa
rasi
te l
ist
of
the
Gen
us
Spin
icau
da
Tra
va
ssos,
192
0
I)
Rep
rese
nta
tives
fro
m R
epti
les
hu
xle
y,
1876
Sr.
No
. H
ost
s P
aras
ites
L
oca
ltie
s A
uth
ors
C
lass
: R
epti
lia
Hu
xle
y,1
87
6
Ord
er:
Sau
ria
Ord
er:
Asc
arid
ida
Fam
ily:
Het
erak
idae
Rai
llie
t an
d
Hen
ry,
19
12
Gen
us:
Sp
inic
au
da
Tra
vas
sos,
19
20
1
Am
eiva
am
eiva
(Ju
ngle
runn
er)
Sp
inic
au
da
am
ara
li
Bra
zil
(So
uth
Am
eric
a)
Per
eira
, 1
93
5
2
Am
eiva
teg
uix
in
S.
turg
ida
syn
. H
eter
aki
s d
o
Sch
nei
der
, 1
86
6
3
Til
iqu
a s
cin
coid
es
(Au
stra
lian
blu
e-to
ngu
e sk
in)
S.
au
stra
lien
sis
Qu
een
slan
d (
Au
stra
lia)
B
ayli
s, 1
930
4
La
cert
a c
am
pes
tris
S
. ca
mp
an
ula
B
razi
l (S
ou
th A
mer
ica)
L
inst
ow
, 1
89
9
5
do
H
eter
aki
s ca
mp
anu
la
Yp
anem
a, B
razi
l
(S.
Am
eric
a)
do
6
La
cert
a o
cell
ata
S
. so
nsi
oni
syn
., S
on
sinia
s., (L
) N
. A
mer
ica
Lin
sto
w,
19
17
7
Sci
ncu
s off
icin
ali
s S
. g
rim
ma
e E
gyp
t N
. A
mer
ica
Bel
le,
19
57
8
Ch
am
ael
eo v
ulg
ari
s
(Co
mm
on
ch
amel
eon
)
S.
son
sio
ni
syn
., S
on
sinia
s., (L
) N
. A
mer
ica
Lin
sto
w,
18
94
9
C. la
tera
lis
(Ch
amel
eons)
S
. in
gli
si
Mad
agas
car
Isla
nd
(Mal
agas
y,
Ind
ian
Oce
an)
Ch
abau
d a
nd
Bry
go
o,1
96
0
10
d
o
S.
frei
tasi
M
adag
asca
r Is
lan
d
(Mal
agas
y,
Ind
ian
Oce
an)
Ch
abau
d a
nd
Bry
go
o,1
96
0
11
G
ong
yles
oce
lla
tus
S.
icosi
ensi
s N
. A
mer
ica
Seu
rat,
19
17
12
A
ga
ma
sp
. S
. ca
mp
an
ula
N
. A
mer
ica
and
Mad
agas
car
(Mal
agas
y)
Lin
sto
w,
18
89
13
C
op
ho
tis
ceyl
an
ica
S.
cop
hoti
s C
eylo
n (
Asi
a)
Bay
lis,
19
35b
14
L
ysio
cep
halu
s sc
uta
tus
do
d
o
Bay
lis,
19
35b
15
G
ecko
gec
ko
S
. lo
ngis
pic
ula
ta
----
- B
ayli
s, 1
929
16
T
up
ina
mbis
teg
uix
in
(Po
din
ema
teg
uix
in)-
Co
mm
on
teg
u
S.
spin
ica
ud
a
---
Olf
ers
in R
ud
olp
hi,
18
19
TA
XO
NO
MY
126
II)
Rep
rese
nta
tiv
es f
rom
Am
ph
ibia
Lin
na
eus,
17
58
S
r. N
o.
Ho
sts
Par
asit
es
Lo
cali
ty
Au
tho
rs
C
lass
: A
mp
hib
ia L
inae
us,
17
58
Ord
er:
An
ura
Raf
ines
qu
e, 1
81
5
1
Bufo
bufo
Lin
nae
us,
175
8
(Eu
ropea
n t
oad
or
Chin
ese
toad
)
(= B
ufo
vulg
ari
s L
aure
nti
, 1
76
8)
Syn
. B
. asi
ati
cus
Can
tor,
18
42
,
B.
cin
ereu
s H
allo
wel
l, 1
845
, B
.
terr
estr
is L
inn
aeu
s, 1
76
6
S.
jap
on
ica
Jap
an,
Asi
a
Wil
kie
, 1
93
0
2
B.
mel
ano
stic
tus
Sch
nei
der
,
17
99
(Asi
an c
om
mo
n t
oad
, b
lack
stri
ped
toad
, co
mm
on
In
dia
to
ad)
S.
bu
fon
is
do
Yam
agu
ti,
19
35a
3
Bufo
sp.
Lau
renti
,176
8
S.
ma
thev
osi
an
ae
So
uth
ern
Kir
giz
ia
Skar
bil
ovit
sch
, 1
95
0
4
Ra
na
japo
nic
a G
uen
ther
,185
8
(Jap
anes
e fr
og)
S.
jap
on
ica
Jap
an,
Asi
a W
ilkie
, 1
93
0
5
Ra
na
sp
. L
inn
aeu
s, 1
76
8
S.
ma
thev
osi
an
ae
Ru
ssia
S
kar
bil
ovit
sch
, 1
95
0
6
Ra
na
hex
ad
act
yla L
esso
n, 1
83
4
(In
dia
n g
reen
fro
g o
r p
ond
fro
g)
Sp
inic
au
da
pa
dm
ai
Lil
uah
, dis
t. H
ow
rah
, W
.B.
Ind
ia
Mu
ku
l D
utt
a, 2
00
7
7
Bufo
mel
an
ost
ictu
s
TAXONOMY
127
07) Monhysterides sp. (Baylis and Daubney, 1922)
Classification:
Class : Nematoda Rudolphi, 1808 emend. Diesing, 1861.
Order : Ascaridida
Superfamily : Cosmocercoidea
Family : Attractidae (Railliet, 1917; Subfamily)
Travassos,1919.
Genus : Monhysterides Baylis and Daubney, 1922.
Material Examined:
Host : Duttaphrynus melanostictus &
Euphlyctis hexadactylus
Location : Coelom, lungs, liver, external wall of stomach,
small intestine.
Locality : Waluj, Chikalthana, Shendra & Ranjangaon
Deposition : Helminthology Lab. Department of Zoology,
Dr. B. A. M. Univ. Aurangabad (M.S.) India.
Species Diagnosis:
It is the larval form with some generic characters. Oral structure is
that of genus Monhysterides. These are small size worm, when freshly
collected or extracted appear yellowish in colour and body of medium
size and tapering towards posterior extremity. Mouth with six (two lateral
and four submedian) small projecting lips or called nodules. Oesophagus
divided into two parts the posterior becoming bulbous at its extremity
and not followed by a separate bulb. Tail long, pointed. Sex could not be
differentiated.
TAXONOMY
128
Measurement and Description:
Body 3.43-5.72 long, 0.08-0.45 wide; oesophagus 0.22-0.49 long,
0.05-0.20 wide; tail pointed, 0.14-0.35 long. Cuticle is ornamented with
fine transverse striations upto tip of the tail. The excretory pore is at the
junction of oesophagus with intestine. Mouth is a circular opening. Tail
conical with transverse striations. Variation in the tail structures in this
larval stage is also recorded.
The infection started mainly in the rainy season (June-Nov.) with
Monhysterides sp. larvae in Bufo spp. At the initial stage the cysts were
very small in size and huge in numbers on lungs, liver, mesenteries,
peritoneum and other visceral organs. The number of cysts gradually
decreased but their size increased mainly from rainy season towards
winter and summer season.
The cysts usually were larger in post monsoon season.
Occasionally the larvae remained outside the cyst wall mostly in the liver
and when cysts in particular organ were kept in the saline water
overnight most of them came out of the cysts and were very active.
Generally single larva recovered from single cyst of host.
The new born larvae normally enter directly either the lymph
spaces or the hepatic portal system upon reaching the venous system;
they are carried to the liver, heart, lungs, skeletal muscles etc. through
the circulation. The highest concentrations of larvae usually occur in the
liver. Once in the muscle fiber, the larvae increase in size and become
coiled, meanwhile the muscle fibers undergo degenerative changes and
each parasite becomes surrounded by a membranous cyst.
These worms caused perforations and haemorrhages in the wall of
related organs. The stomach wall becomes thickened in the affected
parts; the mucous and muscle layers were damaged and broken down.
TAXONOMY
129
Usually one cyst contained any one larva but in a few cases two larvae
were recorded.
The species of the genus Monhysterides infesting pisces,
amphibian and reptilia known so far.
Discussion:
Baylis and Daubney (1922) established the genus Monhysterides
with M. piscicola as its type species for his specimens from a fresh water
fish, Mahaseer (Tor tor) from Falakata, Bangladesh. A second species M.
iheringi was described by Travassos et al., (1928) from fishes Piaractus
brachypomus and Mayleus sp. from Brazil. Baylis (1933) described a
third species, M. testudinicola from a reptile, Trionyx cartilaginous in
Pahang, Malayasia. Baylis (1936) included a fourth species M. kachugae
(Stewart, 1914) (=Atractis kachugae) from intestine of Kachuga kachuga
from Lucknow in his fauna Vol. Sood (1972) reported a female species
from Wallago attu from Lucknow. Till date no additional species has been
included under this genus.
Mukul Dutta (2007) reported larvae of Monhysterides sp. from
frogs in West Bengal. No report of occurrence of larvae from toads and
frogs are available so far from the Maharashtra region. This is the first
record of larval forms of genus collected from toads and frogs.
From the present observation it is observed that:
1) The liver of toads remained infected throughout the year in all
the areas studied.
2) Winter is the best season where infection with these larvae was
high in the given study area.
3) Infection started with the initiation of rainy season and reached
at its peak at the end of this season.
TAXONOMY
130
4) The Duttaphrynus melanostictus also remained infected during
hibernation (Dec.-Feb.) period irrespective of the area. Whereas
remained less infected with these larvae in aestivation period
(March-May).
5) These larvae are highly pathogenic; in some cases they are
capable of causing serious damage, generally cause
haemorrhages and ulcer, when the numbers of larvae are large
in an organ.
Numerous Monhysterides sp. encysted larvae were recorded from
the liver, stomach and a few from the coelom, intestinal wall, mesenteries
and fat bodies of Duttaphrynus melanostictus (Schneider, 1799) Frost et
al., 2006. The amount of the material made possible detailed
morphological and metrical studies of the worms. The nematodes of this
genus are parasites exclusively in fishes and reptiles. This is the first
record of the larvae of the genus Monhysterides from the amphibian
hosts in Maharashtra (Aurangabad region) India.
TAXONOMY
131
08) Ascaridia galli [ (Schrank, 1788) Freeborn, 1923]
Classification:
Class : Nematoda Rudolphi, 1808 emend. Diesing, 1861
Order : Ascaridida (Muller, 1880) Chabaud, 1965
Superfamily : Heterakoidea
Family : Ascaridiidae Travassos, 1919
Genus : Ascaridia Dujardin, 1845
Species : Ascaridia galli (Schrank, 1788) Freeborn, 1923
Material examined:
Host : Duttaphrynus melanostictus
Location : small intestine
Locality : Waluj MIDC.
Deposition : Helminthology Lab. Department of Zoology,
Dr. B.A. M. University, Aurangabad (M.S.) India.
Species Diagnosis:
The worms are large in size females are larger than male. Mouth
usually bearing three lips, one dorsal and two subventral in position. The
dorsal lip is somewhat broader than the subventral lips and bears a pair
of large, lozenge shaped papillae. Oesophagus elongate, gradually
widening posteriorly but not forming a bulb ventriculus. Spicules
somewhat equal in size. Caudal alae poorly developed or absent. Preanal
sucker more or less rounded. Lateral alae absent. Vulva near the middle
of the body. Oviparous, eggs with thick shell. Parasitic in birds.
Measurement and description:
Male:
Body 6.14-6.64 long, 0.57-0.59 wide; nerve ring at 0.192 from
anterior end; oesophagus 1.2-1.28 in length; tail conical, tip pointed and
TAXONOMY
132
0.17-0.20 long; spicules subequal, expanded slightly to proximal end and
narrow to distal end, ending in a blunt tip; gubernaculum absent.
Preanal sucker large, slightly convex; sucker 0.08x0.08 in diameter
present at 0.08 from the cloaca. Caudal papillae 9 pairs relatively large
and discernible, 3 pairs near the sucker, 2 pairs near the cloaca and 4
pairs anal in position.
Female:
They are longer than males and 16 x 0.65 in length and breath.
The body is elongated, long, semitransparent, wide anterioly and tapering
posteriorly. Buccal capsule is medium, lies at anterior end and measures
0.014 (0.013-0.014) x0.026 (0.025-0.027). The nerve ring is surrounded
by muscular portion of oesophagus and lies at 0.040 from anterior
extremity. The oesophagus is long, muscular and measures 0.28 (0.27-
0.28) x 0.023 (0.015-0.031). The vulva is pre-equatorial, lies at 6.8 from
anterior extremity. The vulval opening is oval slight at mid-dorsal side of
the body. The muscular vagina runs posteriorly and it gives uterine
tubes. The eggs are large in size, oval in shape and measures 0.0054
(0.0051-0.0056) x 0.004 (0.003-0.004). The tail straight, without caudal
alae and measures 0.1 (0.09-0.1) x 0.02 (0.01-0.03).
Discussion:
Froelich (1789) described the species Ascaris hermaphroditia for
which Dujardin (1845) created a subgenus Ascaridia under the genus
Ascaris with Ascaris truncate Zeder, 1803 as its type species. The first
satisfactory description and drawing of parasites were given by Schneider
(1866). It is fundamentally the equivalent of a modern description of A.
lineate.
While Schneider, (1866) and Stossich (1887) merged the subgenus
with Heterakis Railliet and Henry (1912) preferred to treat it as a
TAXONOMY
133
separate genus Ascaridia and this was accepted by subsequent workers.
Thus the type species is synonymous with the following changes: Ascaris
hermaphrodita Froelich, 1789; Fusaria truncate, Zeder, 1803; which
again Ascaris truncata (Zeder, 1803) Rudolphi, 1809; Ascaridia truncata
(Zeder, 1803) Dujardin, 1845; Heterakis truncata (Zeder, 1803)
Schneider, 1866 and the hosts recorded for the type species are
Amazona ochrocephala, Chrysotis festiva, Conurus pavus, P. Leucoc, P.
Leucotis, P. Menstrus, P. Pulcerulentus, P. Pertinax, P. Phoenichrus, P.
purpureus, P. sulfureus, P. vinaceus, C. solstitialis, Pionus (psittacus)
aestivus.
The records of different species of the genus are mostly from birds
and cosmopolitan in distribution. These are one of the large nematodes.
The usual habitat of the adult worms is the lumen of the small intestine
of the host. They are however, sometimes found in the large intestine and
occasionally wander into the oviduct.
Goeze (1782) described the combined species Ascaris teres, in
which they included nematodes from chickens, cats and carnivores.
Schrank (1788) gave no description, but merely based himself on Goeze’s
drawing, giving this parasite the name Ascaris galli. Two years later
Gmelin (1790) described species Ascaris gallopavonis. Later three more
species from domestic fowls: Fusaria inflexa Zeder, 1800; Ascaris
perspicillum Rudolphi, 1803; Ascaris gibbosa Rudolphi, 1809 were set up
by several authors. All three species are related to the new subgenus
Ascaridia that erected by Dujardin in 1845. Schneider (1866) described
yet another species under the name Heterakis lineata from Gallus sp.
from Brazil in South America.
In addition to these species that are described from domestic fowls,
particularly, galliform mention should also be made up of Heterakis
granulose, Linstow, 1906a, b from a chicken from Ceylon which was later
transferred by Railliet and Henry to genus Ascaridia and the species
TAXONOMY
134
Ascaridia hamia Lane, 1914 from a chicken from India which has been
described in detail.
The genus Ascaridia Dujardin, 1845 parasites of birds belongs to
subfamily Ascaridiinae Travassos, 1919 parasitic in birds and
occasionally in reptiles and mammals is the only representative of family
Ascarididae Blanchard, 1849 from birds (ref. Yamaguti Vol.III, Part I) has
been reported from several parts of the world from only birds and
possibly of reptiles and fish. Some authors consider that parasitism of
Ascaridia possibly occurs in reptiles and fishes, which seems doubtful to
others but on time that was proof to be authentic and not only report
from reptiles and fishes but also from mammals only one species was
described from an elephant (Mozgovoi, 1968) and reptiles barring two
records of apparent accidental infection i.e. A. brevicauda (Ratz, 1897)
Railliet and Henry, 1914 from Lucioperca sandra from Balton, Hungary
and another A. Ganapati Sood, 1967 from Mastacembhalus armatus from
Lucknow, (U.P.). The hosts from which it has been recorded in India
included the common fowl from Berhampore, (W.B.) (Lane, 1914) and
Zoological Garden, Calcutta (Baylis and Daubney, 1922). Ackert (1931)
who worked for many years on Ascarids, analysed the data after study
from in the literature and studied a large number of Ascaids from
chickens from England, East Africa, the USA and India. They reached to
the conclusion that they had studied one species A. lineata. The life
history of the species has been extensively studied by Ackert (1931) and
other. In the same year, 1932 Sprehn published his research on Ascarids
from Germany, Asia, Africa, North and South America and the
Philippines. In their conclusion the author considers A. lineata the
common universally distributed parasites of chickens.
Baylis (1932 and 1936) analyzed the data on the similarity between
species A. galli and A. lineata and examined a considerable amount of
TAXONOMY
135
original material. They reached on the conclusion that these two species
were identical and this helminth should be called A. galli.
The occurrence of this parasites in the hen’s egg is very uncommon
(Manna, 1992), although reports on inclusion of blood faecal matter etc.
are available (Baylis, 1936). It may happen that the worm be brought
from cloaca into the oviduct by reverse peristalsis (Manna, 1992) and
may be enclosed within the egg shell which in course of time attains
maturity. A. platyceri Kajerova et al., 2004 were recorded from
Psittaciformes birds. A. platyceri is a typical Ascarid of parrots of
Australian origin. The fact that this parasite was found in bird species of
African origin demonstrated by possibility of the spread of A. platyceri to
hosts of different zoogeographical origin. A. platyceri was described in
detail from the host Melopsittacus undulates and differentiated from
other Ascarids based on morphological and quantitative traits. A.
numidae along with other nematodes were recorded in the trachea,
oesophagus, crop, small intestine and caecum from Guinea fowls in
Benin, West Africa by Salifou et al., (2003) and in the same year along
with other strongyloides, A. galli were recovered from six Marabou storks
(Leptoptilos crumeniferus) in Kampala. Ugenda, E. Africa by Bwangamoi
et al., 2003.
Roe deer (Capreolus capreolus) in North-West Poland were reported
for the Trichocephalus ovis (Trichuris ovis) from caecum by Balicka-
Ramisz et al., 2003. Presence of A. hermaphrodita (Froelich, 1789) in Ara
chloroptera (Birds, Psittaciformes) in Argentina observed by Martinez et
al., 2003 and is considered the first record in the country.
Parrots (Pittaciformes) were infected by seven nematode species of
genus Ascaridia and gallinaceous and Columbiform birds were infected by
A. galli and A. columbae respectively and this two parasites were also
recorded from parrots and data from literature on taxonomy, synonyms
and list of definite hosts of these nematode species were reviewed by
TAXONOMY
136
Kajerova et al., 2004. Variation in the prevalence and intensity of
intestinal helminth infections were observed for Ascaridia columbae along
with other nematodes in mourning doves (Zenaida macroura) from four
states Arizona, Pennsylvania, South Carolina and Tennessee, USA by Lee
et al., 2004.
Thus from domestic fowls a considerable number of species of
Ascarids have described by several authors. It has not been possible to
check them fully as in many cases the original description is extremely
inadequate and the A. galli (Schrank, 1788) Freeborn, 1923 is a most
common nematode parasite harbouring in the intestine of fowl.
In the helminthological literature of the present century
considerable discussion has taken place on the nomenclature of Ascarids
of fowls. Several workers have suggested that species A. galli described
by Rudolphi in 1803 under the name Ascaris perspiciullum from Turkey
in Germany is a single common parasite of domestic fowls dispersed over
the entire globe. But on the other hand many workers considered the
form Ascaridia perspicillum and that of the western hemisphere as A.
lineata.
Chertkova (1950) subjected all the preceding literature on the
identity of species A. galli and A. lineata to detailed and searching
analysis and on the basis of the examination of original Ascarid material
from chickens of the USSR. They confirmed that these two species were
the same and concluded that in chickens of the USSR only one species of
Ascarid A. galli is parasitic.
From the long list of synonyms of species A. galli taken from the
literature are A. galli Schrank, 1788, Ascaris teres Goeze, 1782., Ascaris
gallopavonis Gmelin, 1790; Ascaris gibbosa Rudolphi, 1803; A. inflexa
Rudolphi, 1809; Fusaria inflexa Zeder, 1800; Heterakis inflexa (Rudolphi,
1809) Schneider, 1866; H. lineata Schneider, 1866; H. perspicillum
(Rudolphi, 1803) Railliet, 1892; H. granulose Linstow, 1906a,b; Ascaridia
TAXONOMY
137
gibbosa (Rudolphi, 1803) Dujardin, 1845; A. lineata (Schneider, 1866)
Railliet and Henry, 1912; A. granulosa (Linstow, 1906a,b) Railliet and
Henry, 1912; A. hamia Lane, 1914 Chertkova added one more species A.
sinensis described by Wu and Kung, 1944; from a domestic chicken in
China.
The species A. galli (Schrank, 1788) Freeborn, 1923 is of
cosmopolitan in distribution and occurs in a considerable number of
birds. Its most usual host is the common fowl. It also occurs in the
Turkey, Guinea fowl and domestic duck (Baylis, 1936). The species of
this genus are the parasites in the intestines of Jungle crow, pigeons,
cranes and galliform birds.
Incidence of A. galli in Palampur in Palam valley of Himachal
Pradesh were recorded in village of farm birds by faecal and intestinal
content by Chaddha et al., 2004 and the highest incidence of A. galli was
recorded in the rainy months and lowest in winter months, which is also
recorded from intestines of Gallus gallus domesticus obtained from
various markets in Beed district, Maharashtra, India by Shinde et al.,
2004.
The occurrence of a pair (male and female) in an amphibian host
Duttaphrynus melanostictus (Schneider, 1799) Frost et al., 2006 in the
present report is the first record and should be considered as an
accidental infection in toad and also recorded as a new host record for A.
galli. The host might have swallowed the nematode or eggs from the
intestines of a bird, thrown by the outside agencies.
The present specimens under investigation shows differences with
the type species A. hermaphrodita (Froelich, 1789) Railliet and Henry,
1914 in various measurements and different body characters. The
species under investigation were obtained from the intestine of
Duttaphrynus melanostictus (Schneider, 1799) Frost et al., 2006 but A.
hermaphrodita were collected from intestines of Amazona ochrocephala,
TAXONOMY
138
Chrysotis festiva, Conorus pavuc, C. Solstitialis, Pionus (psittacus)
aestivus, P. aracanga, P.araraum, P. dominicensis, P. festivus, P. leucoco,
P. leucotis, P. menstrus, P. pulverulentus, P. pertinax, P. phoenicurus, P.
purpureus, Pionus (psittacus) sp. ; P. sulfureus, P. vinaceus. Oral aperture
encircled by three, more or less equal lips. The dorsal lip is somewhat
broader than the subventral lips. Mouth with three strongly developed
lips of almost equal size. Present species with elongated oesophagus
which gradually widening posteriorly but not forming a bulb ventriculus.
Whereas in the later case oesophagus gradually enlarging posteriorly but
without forming a bulb. Cuticle with prominent transverse striations are
observed in the forms one where as it is not mentioned in later. In preset
species pair of feebly developed extremely narrow lateral alae may
sometime be detected in the cervical region. Whereas it is distinct but
delicate lateral membrane in the later. Spicules subequal, expanded
slightly to the proximal end and narrow to distal end, ending in a blunt
tip in present species, but in later it is starting as handle with marked
transverse striations. The middle with smooth edges, but enlarge to form
a unilateral wing on the face of which are found 10 or 12 small projecting
teeth, distal part of spicule slender and with rounded end in type species.
Length of body of male is 6.14- 6.04 vs 29. The spicule is equal vs 1.8.
The female having vulval opening oval slight at mid-dorsal side of the
body and vulva runs posteriorly. Tail is curved.
The present species A. galli (Schrank, 1788) Freeborn, 1923 also
shows differences as well as similarities with the pre-existing some
species described by Freeborn, 1923. The present species differs from the
later where the mouth with three lips of which the dorsally larger that
the two submedian, three denterous ridges on each lip, oesophagus
without bulb, lateral alae slender, throughout the whole length of body,
10 pairs of caudal papillae, of which three pair of pedunculated papillae
near the sucker, two pair of sessile papillae lie beside it and just behind
TAXONOMY
139
the cloacal aperture and two pair lie in a group, the spicules are the
subequal and alate, preanal sucker with Chitinous wall.
Thus finally it is confirmed that the given species is the Ascardia
galli (Schrank, 1788) Freeborn, 1923.
T
AX
ON
OM
Y
1
40
Host-
para
sit
e l
ist
of
genus A
scari
dia
Duja
rdin
, 1845 i
nfe
sti
ng B
irds,
Repti
les,
Am
phib
ia a
nd f
ishes
A)
Repre
senta
tives f
rom
mam
mals
:
Sr.
No.
Host
s
Par
asit
es
Loca
lity
A
uth
or
01
Wil
d a
nd z
oo a
nim
als
: ti
ger
, le
op
ards,
elep
han
ts, m
onkey, sp
ott
ed d
eer,
lio
ns,
pea
cock
s, g
eese
and d
uck
s, k
oka-
kuas
and o
ther
anim
als
are
giv
en. S
pott
ed d
eer,
lio
ns
and o
ther
anim
als
are
giv
en.
Asc
ari
dia
gall
i
(Roundw
orm
)
India
Kas
hid
et
al.
, 2003
B)
Repre
senta
tives f
rom
Bir
ds
01
Ard
ea g
arz
etta
A
. aeg
ypti
ca
Eg
yp
t L
inst
ow
, 1902
02
Cap
rim
ulg
us
cam
pes
tris
A
. am
bly
mori
a
Bra
zil
(S.
Am
eric
a)
Dra
sch
e, 1
883
03
Anse
r dom
esti
cus
A.
anse
ris
Indon
esia
(A
sia)
S
chw
artz
, 1925
04
Macr
opyg
ia n
igri
rost
ris
A. aust
rali
s
Ral
um
, A
ust
rali
a
(Bis
mar
ck
Arc
hip
elag
o)
Lin
st,
1898
05
Bonasa
um
bel
lus
A.
bonasa
e
U.S
.A. C
anad
a W
ehr,
1940
06
Lag
op
us
A.
bore
ali
s
Typ
e lo
cali
ty u
nkno
wn
S
par
chn,
1932
07
Lag
op
us
lag
op
us
do
Kam
tsch
atka
Sp
rehn,
1932
08
a)
Per
dix
sp
.
A
. bra
sili
ana
Bra
zil
(S.
Am
eric
a)
Lin
stow
, 1899
T
AX
ON
OM
Y
1
41
b)
Rh
ynch
otu
s sp
.
do
do
do
c)
Noth
ura
macu
losa
do
do
do
09
Gall
us
dom
etic
us
A
. bra
sili
ensi
s (M
agal
,
1892)
Syn.
A. li
nea
te
do
Bayli
s, 1
929
10
Num
ida m
elea
gri
s
A. ca
lcara
ta (
Gen
dre
,
1909)
Syn. of
A. N
um
ida
c
(Lei
per
, 1908
)
Afr
ica
Sp
rehn,
1932
11
Cath
eturu
s la
tham
i A
. ca
thet
uri
na
Johnst
on,
1912
Burn
et r
iver
Jo
hnst
on,
1912
12
Cen
trop
us
sinen
sis
A.
circ
ula
ris
(Lin
st,
1903)
Sia
m
Lin
st,
1903
13
Colu
mba
sp
.
A. co
lum
bae
(Gm
el, 1790)
Syn., H
eter
aki
s m
acu
losa
(Rud., 1
802)
Euro
pe,
Afr
ica,
Aust
rali
a, I
ndia
,
Burm
a, I
ndo
-Chin
a,
Bra
zil,
Arg
enti
na,
Mex
ico, N
. A
mer
ica,
Form
osa
, Ja
pan
Bayli
s an
d D
aub
ney,
1922
A
lso i
n C
roco
pus
i)
Phlo
goen
as
ii)
Dom
icel
la
iii)
P
oly
tele
s
iv)
Leu
cosa
rcia
v)
Phap
s
vi)
P
avo
vii
) P
alom
as
vii
i)
Tal
pac
ola
ix)
Str
epto
pel
ia
do
do
Zed
er,
1803
T
AX
ON
OM
Y
1
42
x)
Sp
ilop
elia
14
Dom
esti
c b
irds
Dom
esti
c H
en (
Gall
us
gall
us
dom
esti
cus
= P
hasi
anus
gall
us)
A. bra
sili
ensi
s (M
agal
hae
s,
1892)
- R
aill
iet
and H
enry
,
1912
15
do
A
. co
lum
bae
(Gm
elin
,
1790)
- G
mel
in,
1790
16
do
A
. co
mp
are
(S
chra
nk,
1790)
-
Tra
vas
sos,
1913
17
do
A
. co
mp
ress
a (
Sch
nei
der
,
1866)
- R
aill
iet
and H
enry
,
1914
18
do
A
. gall
i (S
chra
nk,
1788)
- F
reeb
orn
, 1923
19
do
A
. st
yphlo
cera
- S
toss
ich,
1904
20
Dom
esti
c T
urk
ey (
Mel
eag
ris
gall
op
avo
) A
. dis
sim
ilis
- V
iguer
as,
1931
21
do
A
. gall
i (S
chra
nk,
1788)
- F
reeb
orn
, 1923
22
Guin
ea f
ow
l (N
um
ida m
elea
gri
s) (
= N
um
ida
pti
lorh
ynch
a)
A. ca
lcara
ta (
Gen
dre
,
1909)
- R
aill
iet
and H
enry
,
1914
23
do
A
. co
mp
are
(S
chra
nk,
1790)
- T
ravas
sos,
1913
24
do
A
. gall
i (S
chra
nk,
1788)
- F
reeb
orn
, 1923
25
do
A
. num
idae
(Lei
per
,
1908)
- T
ravas
sos,
1913
T
AX
ON
OM
Y
1
43
26
Pea
cock
(P
avo
cri
statu
s)
A.
colu
mbae
Gm
elin
,
1790
-
do
27
do
A
. gall
i (S
chra
nk,
1788)
- S
chra
nk,
1788
28
Dom
esti
c duck
(A
nas
pla
tyrh
yrch
adom
)
do
-
Fre
eborn
, 1923
29
do
A
. anse
ris
- S
chw
arty
, 1925
30
do
A
. g
all
i -
Sch
rank,
1790
31
Tam
e D
ove
(Colu
mba l
ivia
dom
esti
ca)
A. co
lum
bae
- G
mel
in,
1790
32
do
- L
inst
ow
, 1898
33
Str
uth
io c
am
elus
(=Str
uth
io c
rux)
com
mon
ost
rich
A. st
ruth
ionis
-
Gar
zia,
1938
34
Vin
ag
o d
elala
ndii
A
. co
lum
bae
vinag
eri
- K
ung,
1949
35
Gall
us
dom
esti
cus
A
. co
mp
ress
a (
Sch
nei
der
,
1866)
Syn. of
A.
gal
li
- F
renze
n,
1956
36
Call
ipep
la s
quam
ata
A
. co
rdata
M
exic
o, N
. A
mer
ica
Lis
t, 1
906
37
i) B
ale
ari
ca r
egulo
sum
ii)
B. p
avo
nin
a
iii)
Anti
gone
anti
gone
A.
cris
tata
do
do
Afr
ica
do
do
Lin
st,
1901
38
Cucu
lus
canoru
s A
. cu
culi
na
Russ
ia
Bad
anin
, 1935
39
i) T
etra
o i
i) T
etra
sies
iii
) L
yru
rus
iv)
Bonas
a v
) L
agop
us
vi)
Mel
eagri
s
A. cy
lindri
ca (
Blo
me,
1909)
Euro
pe,
US
A S
iber
ia
Rai
llie
t an
d H
enry
,
1914
40
i)
Mel
eag
ris
gall
ap
avo
ii)
Bri
tish
turk
eys
A. dis
sim
ilis
C
ub
a (W
est
Indie
s)
Per
ez a
nd V
iguer
as,
1931;
and L
on
g
Har
tan S
mit
h (
1957)
41
Cir
cus
spil
oth
ora
x
A. cl
oli
choce
rca
N
. G
uin
ea (
Pac
ific
oce
an)
Sto
ss,
1902
T
AX
ON
OM
Y
1
44
42
Vin
ag
o d
elala
ndi
A.
fasc
iata
Afr
ica
Bayli
s, 1
920
43
Fra
nco
linus
bic
alc
ara
tus
A
. fr
anco
lina
Togo,
Afr
ica
Lin
st,
1899
44
i)
Gal
lus
dom
esti
cus
ii)
Guin
ea f
ow
l
A. g
all
i (S
chra
nk, 1788)
Syn.
Fusa
ria i
nfl
exa
F. re
flex
a
F. st
rum
osa
Het
eraki
s g
ranulo
se
H. bra
sili
ensi
s
Euro
pe
and J
apan
Fre
eborn
, 1923
Zed
er,
1800;
Bayli
s,
1932;
Zed
er,
1800 e
.p;
Zed
er,
1800,
e.p
;
Lop
ez N
eyra
, 1946.
Lin
st,
1906a,
b-
Bayli
s, 1
932.
Mag
al,
1892;
Pin
to
and L
ins
Alm
eid
a,
1935.
A
lso i
n
i) T
urk
ey i
i) D
uck
iii
) C
acca
bis
iv)
Coli
nus
v)
Mel
eagri
s vi)
Bonsa
vii
) P
edio
cete
s vii
i)
Num
ida
ix)
Phas
ianus
x)
Lyru
rus
xi)
Per
dix
xii
) te
trao
xii
i) C
airi
na
xiv
) It
hag
enes
xv)
Mel
op
teli
a x
vi)
Sp
ilop
elia
-
cosm
op
oli
tan
-
45
Gal
lus
of
Java
A.
gall
i ja
vanen
sis
Java,
Indones
ia
Fre
nze
n,
1955
46
Turt
ur
ori
enta
lis
A.
gee
i
Chin
a, A
sia
Chu, 1931
47
i)
Chic
ken
ii)
Pig
eon
iii)
T
urk
ey
iv)
Pat
ridge
A. li
nea
te (
Sch
nei
der
,
1866)
Syn. of
A. ha
mia
Euro
pe,
Bra
zil,
Cub
a,
Puer
to R
ico, N
.
Am
eric
a, I
ndia
,
Lan
e, 1
914
T
AX
ON
OM
Y
1
45
v)
Duck
vi)
G
oose
Mal
aya,
Phil
ipp
ines
,
Form
osa
, C
hin
a,
Turk
esta
n,
Afr
ica
A
lso i
n
i)
Cac
cab
is
ii)
Agri
och
aris
iii)
A
nse
r
iv)
Anas
v)
Bonas
a
vi)
N
um
ida
vii
) F
ran
coli
nus
vii
i)
Tym
pan
uch
us
ix)
Ped
ioec
etes
x)
Phas
ianus
do
do
do
48
Geo
pel
ia s
p.
A
. lo
ng
ecir
rata
(L
inst
ow
,
1879)
Not
giv
en
Lin
stow
, 1879
49
Vin
ago a
ust
rali
s sa
lvad
ori
i do
B
elgia
n,
Con
go
(Afr
ica)
do
50
Colu
mba d
om
esti
ca
A.
macu
losa
(R
ud.,
1802)
Gutt
uro
sa,
Ger
man
y
do
A
lso i
n
i)
Sti
ctoen
as
ii)
Vin
ago
iii)
T
urt
u
do
Euro
pe
,Turk
esta
n
do
51
i)
Geo
trygon M
onta
na
ii)
Cham
aep
elia
talp
aco
ti
A. m
ag
alh
aes
i do
Bra
zil
S.
Am
eric
a
do
Tra
vas
sos,
1913
Tra
vas
sos,
1913a,
b
5 2
Tet
rao t
etri
x A
. m
ag
nip
ap
illa
G
erm
any,
Russ
ia,
Sib
eria
Lin
stow
, 1906
T
AX
ON
OM
Y
1
46
53
Am
azo
na a
mazo
nic
a
A.
orn
ate
Am
azona,
S.
Am
eric
a
Kre
is,
19
55
54
Rhea
am
eric
ana
A
. ort
hoce
rca (
Sto
ss,1
902)
Cag
liar
i,(S
ardin
ia,
Itla
y)
Sto
ss,
1902
55
Cacc
abis
saxa
tili
s sh
uke
r A
. p
etre
nsa
T
urk
esta
n,
W.
Asi
a C
anav
an,
1929
56
Rhyn
cnoulu
s ru
fesc
ens
A. p
into
i B
razi
l (S
. A
mer
ica)
T
ravas
sos,
1933
57
Psi
ttacu
s sp
p.
A. pse
udoher
map
hro
dit
a
Pro
. A
. her
map
hro
dit
a o
f
Skrj
abin
, 1916
Russ
ia
Tra
vas
sos,
1931
58
Dic
holo
phus
cris
tatu
s A
. p
tero
phora
Bra
zil,
S.
Am
eric
a C
rep
, 1854
59
Colu
mbia
liv
ia
A.
razi
a
India
A
kth
ar,
1937
60
Sca
rdaje
lla i
nca
A
. sa
rdafe
lla
nom
. na.
pro
A. her
map
hro
dit
a o
f
Cab
alle
ro e
t P
erre
gin
a,
1938
Mex
ico N
. A
mer
ica
Mosg
ovo
y,
1968
61
Pro
tog
eris
tui
psi
ttacu
la p
ass
erin
e cu
mana
jacu
ti
A. se
rgio
mei
rai
Bra
zil
S.
Am
eric
a P
erei
ra,
1933
62
Pen
elop
e hum
erali
s an
d C
um
ana j
acu
ting
a
A.
serr
ata
do
Sch
nei
der
, 1866
63
Chic
ken
A
. si
nen
sis
syn. of
A. g
all
i
Sch
rank, 1788
- K
un
g,
1949.
Chungkin
g
Wu e
t K
ung,
1944
Cher
tkova
64
Tet
raog
all
us
him
ala
ensi
s
A.
skrj
abin
i
Russ
ia
Fed
iush
in,
1916
65
Tin
am
us
sp.
A.
stre
lnik
ow
i
Par
aguay,
S.
Am
eric
a
Skrj
abin
, 1916
66
Gru
s p
ara
dis
ea
G. anti
gone
A. st
rom
a
do
Ber
lin M
us,
Ger
man
y
India
, S
. A
fric
a
Lin
st,
1899
T
AX
ON
OM
Y
1
47
G. co
mm
unis
do
do
67
Str
uth
io c
am
elus
A.
stru
thio
nis
Itla
y,
Eu
rop
e G
arzi
a, 1
938
68
Gall
us
gall
us,
Anas
pla
tyrh
ynch
A
. st
yphlo
cerc
a
Afr
ica
Sto
ss,
1904
69
Cock
o s
p.
A.
subacq
uali
s
Phil
ipp
ines
W
ehr,
1930
70
Cen
trop
us
sinen
sis
A.
tril
abiu
m
Cey
lon,
Can
tan,
Chin
a
Lin
st,
1904
71
Fow
ls J
odhp
ur
A. g
all
i Ja
ipur,
Ajm
er,
Bik
aner
,
Udai
pur,
Raj
asth
an,
India
Mat
hur,
2000
72
Cap
tive
wil
d b
irds
Asc
ard
ia s
p.
Per
nam
buco
sts
te,
Bra
zil
S.
Am
eric
a
Fre
itas
et
al.
, 2002
73
Pea
cock
s, g
eese
and d
uck
s, K
aka-
Ku
as
Asc
ari
ia g
all
i
India
K
ashid
et
al.
, 2003
74
Mel
opsi
ttacu
s undula
tus
A. p
laty
ceri
A
ust
rali
a K
ajer
ova
et a
l.,
2004a,
b
75
Guin
ea f
ow
ls
A.
num
idae
Ben
in,
Wes
t A
fric
a S
alif
ou e
t al.
, 2003
76
In v
illa
ge
and f
arm
bir
ds
A. g
all
i (r
oundw
orm
) P
alam
val
ley o
f
Him
achal
Pra
des
h.
Chad
dha
et a
l.,
2004
77
Gall
us
gall
us
dom
esti
cus
do
Bee
d (
M.S
.),
India
S
hin
de
et a
l.,
2004
78
Hen
s (G
all
us
gall
us
dom
esti
cus)
do
- K
ilp
inen
, 2005
79
Sca
ven
gin
g c
hic
ken
s do
Ban
gla
des
h
Isla
m,2
004
80
Indig
eno
us
poult
ry
do
Ken
ya,
E.
Afr
ica
Irun
gu,
2004
T
AX
ON
OM
Y
1
48
81
chic
ken
s
do
C
entr
al E
thio
pia
,
nam
ely J
eldu
(Hig
hla
nd z
one)
,Seb
eta
(mid
-alt
itude
zone)
and
Aw
ash
-Mel
ka-
Konti
re
(low
land z
one
Ash
enaf
i, 2
004
82
Mar
abou s
tork
s (L
epto
pti
los
crum
enif
erus)
do
K
amp
ala,
Ugan
da,
E.
Afr
ica
Bw
angam
o e
t al.
,
2003
83
Poult
ry
do
Ken
ya,
E.
Afr
ica
Irun
gu e
t al.
, 2004
84
Par
rots
(P
sitt
aci
form
es)
do
-
Kaj
erova
et a
l.,
2004a,
b
85
do
A
scari
dia
her
map
hro
dit
a,
A. se
rgio
mei
rai,
A. orn
ata
,
A. nic
obare
nsi
s and A
.
pla
tyce
ri, A
. g
all
i, A
.
colu
mbae
-
do
86
Colu
mb
iform
bir
ds
A
. co
lum
bae
- do
87
Zen
aid
a m
acr
oura
(M
ou
rnin
g d
ov
es)
do
A
rizo
na,
Pen
nsy
lvan
ia.
South
Car
oli
na
and
Ten
nes
see,
US
A
Lee
et
al.
, 2004
88
Dom
esti
c doves
(C
olu
mb
a l
ivia
) do
C
hil
lan c
ity,
Chil
e,
South
Am
eric
a
Gonza
lez
et a
l.,
2004
89
Fre
e li
vin
g p
igeo
ns
(Colu
mbia
liv
ia
dom
esti
cus)
do
C
ity o
f L
jub
ljan
a,
Slo
ven
ia,
S.
Euro
pe
Dove
et a
l.,
2004
90
Eura
sian
coll
ared
-dov
es (
Str
epto
pel
ia
dec
aoct
o)
do
F
lori
da,
US
A
Bea
n e
t al.
, 2005
91
Com
mon t
urk
ey
A. dis
sim
ilis
(C
om
mon
turk
ey r
oundw
orm
)
- A
ziz
and N
ort
on,
2004
T
AX
ON
OM
Y
1
49
92
Ara
chlo
rop
tera
(B
irds,
Psi
ttac
iform
es)
Asc
ari
dia
her
map
hro
dit
a
(Fro
elic
h, 1789)
Arg
enti
na,
South
Am
eric
a
Mar
tinez
et
al.
, 2003
93
Nat
ive
chic
ken
A
scari
dia
sp
. K
longlo
ey,
Pra
kan
on
g
and B
engkok,
Thia
land
Nit
hiu
thai
et
al.
,
2003
94
Pavo
cri
statu
s (F
ree
ran
gin
g I
ndia
n
pea
fow
l)
do
T
irunel
vel
i an
d
Kan
yak
um
ari
in T
N,
India
Sub
ram
ania
n e
t al
.,
2003
95
Wil
d b
ird
do
C
roat
ia,
S.
Euro
pe
Vla
hovic
et
al.
, 2004
96
Fre
e ra
ngin
g c
hic
ken
s do
Q
wa-
Qw
a dis
t. O
f
Nort
h a
ster
n F
ree
stat
e
Pro
vin
ce o
f S
outh
Afr
ica
Thek
isoe
et a
l.,
2003
97
Avia
n s
pec
ies
do
do
Sat
o e
t al.
, 2005
98
do
A
scari
dia
gall
inaru
m
Kin
ki
dis
t. i
n j
apan
, E
.
Asi
a
do
99
Rock
pat
ridge
(A. g
raec
a)
Asc
ari
dia
com
par
Sp
ain,
S.W
. E
uro
pe
Mil
lion e
t al.
, 2004
100
R
ed l
egged
pat
rid
ge
do
do
do
T
AX
ON
OM
Y
1
50
C)
Repre
senta
tives f
rom
Repti
lia (H
uxle
y, 1876)
Sr
no.
Host
Par
asit
e
Loca
lity
A
uth
or
01
Cham
ael
eon e
tien
li
A. num
idae
(Lei
per
, 190
8)
- T
ravas
sos,
1913
02
Iguam
a s
p.
A. ja
palu
rae
- Y
amag
uti
, 1985
03
Mabuya
per
rote
ri
A. ca
lcara
ta (
Gen
dre
,
1909)
- R
aill
iet
and H
enry
,
1914
04
do
A. num
idae
(Lei
per
, 190
8)
- T
ravas
sos,
1913
05
Wil
d a
nim
als
do
M
ahar
ajb
ag Z
oo
Nag
pur
(M.S
.),
India
Dhoot
et a
l.,
2002
D)
Repre
senta
tives f
rom
Am
phib
ia (Lin
naeus,
1758)
R
ana t
igri
na
Dau
din
, 1803 (
India
n B
ull
fro
g)
A. g
all
i (S
chra
nk, 1788)
Fre
eborn
, 1923
Bel
ur,
W.B
.India
Mukul
Duta
, 2007
Repre
senta
tives f
rom
Pis
ces
M
ast
ace
mbalu
s arm
atu
s A
. ganapati
L
uck
no
w,
India
S
ood,
1967
TAXONOMY
151
09) Raillietnema simples (Travassos, 1923)
Classification:
Class : Nematoda Rudolphi, 1808 emend. Diesing, 1861.
Order : Ascaridida (Muller, 1880) Chabaud, 1965
Family : Cosmocercidae
Genus : Raillietnema Travassos, 1927.
Species : R. simples Travassos, 1923.
Materials Examined: Host : Duttaphrynus melanostictus Schneider, 1799.
Location : Rectum.
Locality : Waluj, Chikalthana, Shendra & Ranjangaon.
Deposition : Helminth Research lab, Department of Zoology,
Dr. B. A. M. University, Aurangabad (M.S.) India.
Generic diagnosis:
Tiny, cylindrical whitish nematodes with finely longitudinally
striated cuticle. Sexual dimorphism evident, males shorter and thinner
than females, maximum width for both sexes at midbody. Mouth with
three small lips armed with chitinous structure. Oesophagus with
posterior bulb. Esophagus composed of anterior cylindrical corpus,
middle isthmus and posterior bulb. Nerve ring at mid-length of
oesophagus, excretory pore at level of bulb. Tail of both sexes conical,
pointed. Parasites of amphibians.
Male:
Tail short. Spicules subequal; gubernaculum small, poorly
chitinized. 2 pairs of preanal and 8 pairs of postanal papillae, one of the
later immediately behind anus.
TAXONOMY
152
Female:
Tail longer than that of male. Vulva in midregion of the body or
somewhat posterior to it. Amphidelphys. Eggs containing morulated ova.
Measurements and Description:
Male:
Body measures 1.75-2.60 long and 0.12-0.20 wide. Oesophagus
measures 0.35-0.5 in length; length of pharynx 0.03-0.04x 0.02, corpus
0.35-0.45x 0.03-0.04, isthmus 0.027-0.036x 0.024-0.027; bulb 0.07-
0.09 long and 0.078-0.093 wide. Nerve ring and excretory pore 0.24-0.28
and 0.39-0.47 respectively, from the anterior extremity. Spicules short,
measures 0.06-0.14 x0.007-0.012. Gubernaculum well developed,
measures 0.04-0.05x 0.009-0.012 in lateral view. Tail conical, 0.18-0.36
long, ending in sharp point. Caudal alae absent.
Female:
Body measures 2.38-3.45x 0.12-0.22. Length of oesophagus 0.35-
0.57; pharynx measures 0.02-0.04x 0.02-0.03; corpus 0.34-0.52 x 0.04;
isthmus 0.02-0.03x 0.03; bulb 0.06-0.10x0.06. Nerve ring and excretory
pore 0.27-0.32 and 0.46-0.51 respectively from the anterior extremity.
Uterus amphidelphic; ovaries short. Vulva posterior to the middle of the
body and1.20-1.78 form anterior extremity. Vagina directed posteriorly.
Eggs thin-walled, oval; fully mature eggs containing formed larva and
measures 0.20-0.24X 0.07-0.12. Tail conical, 0.13-0.39 long with sharply
pointed tip.
Discussion:
The genus previously called as Cosmocercidea Railliet, 1916,
Cosmocercidae (Railliet, 1916, subfam.) Travassos, 1925, Cosmocercinae
Railliet, 1916, Raillietnema Travassos, 1927.Raillietnema was established
TAXONOMY
153
by Travassos (1927) for those species of Cosmocercoid nematodes
possessing simple amphidelphic uteri containing few but relatively large
ova. Oxysomatium simples Travassos, 1925 from Hyla faber Wiede-
Neuwied, 1821 of Brazil was made the type species. Moravec et al.,
(1992) illustrated Raillietnema kritscheri from the intestine of two fish
species of the family Cichlidae, Mexico and is characterized mainly by the
absence of lateral alae, the structure and length of spicules, the number
and distribution of caudal papillae and the absence of caudal alae in the
male. Bursey, et al., (2006) described Raillietnema nanus in Carlia mysi
from Papua New Guinea and R. lynchi from the large intestine of a
Rancho Redondo frog, Rana vibicaria, Costa Rica on the basis of length of
spicule and pattern of caudal papillae. Some morphological features of
specimens of the present material, particularly their amphidelphic uteri
with only a few large-sized eggs and the presence of markedly short
ovaries show clearly that they belong to the genus Raillietnema
Travassos, 1927. On the contrary, members of the closely related genera
Aplectana Railliet & Henry, 1916 and Oxysomatium Railliet & Henry,
1916 are noted for the presence of long ovaries and either prodelphic
(Aplectana) or amphidelphic (Oxysomatium) uteri containing a large
number of relatively small eggs (Skryabin et al., 1961, Chabaud 1978).
According to Baker (1985), the genus Raillietnema comprises a
total of 20 species known to occur mostly in various amphibians and
reptiles in South and North America, Africa, Madagascar, and Malaysia
and only one species, R. synodontisi Vassiliades, 1973 is known from
fishes in Africa. The species R. simples (Travassos, 1925), R. baylisi
(Walton,1933) and R. spectans Gomes, 1964 from Brazil,
Naturhistorisches Museum Wien, Raillietnema kritscheri Moravec et al.,
(1992); R. gubernaculatum Freitas & Ibanez, 1965 from Peru and Brazil,
and R. longicaudata (Walton, 1929) from the USA; are parasitic in
TAXONOMY
154
amphibians. Since Raillietnema species are mostly parasitic in
amphibians and reptiles, but heavy infections with another Raillietnema
species, R. synodontisi, were recorded in aquarium-reared upside down
catfishes (Synodontis eupterus) in Europe (Moravec & Rehulka 1987),
which confirms that fishes are true definitive hosts of this African
parasite with apparently a direct life cycle permitting its reproduction
and transmission in the conditions of aquarium tanks. The fish host
might have taken this with food.
The nematode parasite under discussion is belonging to genus
Raillietnema Travassos, 1927. It has some similarities with the species of
Raillietnema such as presence of gubernaculum, position of vulva, eggs
with morulated ova and differs in having characters as spicule length,
number and arrangement of preanal and postanal papillae also with
some morphological measurements.
Thus comparison of present specimen with earlier workers shows
that the Raillietnema Travassos, 1927 is a valid genus. The present forms
are similar to Raillietnema simples Travassos, 1927 in general body
measurements and morphology. It is the first report of the genus
Raillietnema from the study area and also has been recovered from new
hosts, Duttaphrynus melanostictus and Hoplobatrachus tigerinus
Aurangabad (M.S.) India.
T
AX
ON
OM
Y
1
55
Host-
para
sit
e l
ist
of
the g
enus R
ail
lietn
em
a T
ravassos,
1927
.
Sr.
N
o.
Host
Para
sit
e
Locality
A
uth
or
Cla
ss:
Nem
ato
da R
udolp
hi 1808
em
en
d.
Die
sin
g,
1861
Ord
er:
Ascari
did
a
(Mu
ller,
1880)
Ch
abau
d, 1965
Fam
ily: C
osm
ocerc
idae
Gen
us :R
aillietn
em
a
Tra
vassos,
1927.
1
R
. b
aylisi
-
Walt
on
, 1933
2
Lep
idop
hy
ma
tu
xtl
ae
( R
ep
tile
s)
R.
bra
ch
ysp
icu
latu
m
V
era
cru
z,
Los
Tu
xtl
as
Bu
rsey e
t a
l., 1998
3
Ca
mele
o m
elleri
R
. ch
am
aele
o
- Fit
zsim
mon
s,
1961
4
- R
. gu
bern
acu
latu
m
- Fre
itas &
Iban
ez,
1965
5
- R
. k
art
an
um
-
Joh
nsto
n &
Maw
son
, 1941
6
Kin
ixys b
ellia
na
R
. k
inix
ys
- Fit
zsim
mon
s,
1964
7
Cic
hla
som
a p
ea
rsei (P
isces)
R.
kri
tsch
eri
- M
ora
vec e
t a
l., 1993
T
AX
ON
OM
Y
1
56
8
- R
. lo
ngic
au
da
ta S
yn
. A
ple
cta
na
lo
ngic
au
da
ta
- W
alt
on
, 1929
9
Bd
ellop
his
vit
tatu
s
R.
loveri
dgei
- S
an
dgro
un
d,
1928
10
Ran
a v
ibic
ari
a
R.
lyn
ch
i C
osta
Ric
a
Bu
rsey &
Gold
berg
, 2006
11
- R
. m
inor
- Fre
itas &
Dobbin
, 1961
12
Scole
com
orp
hu
s
ulu
gu
ruen
sis
R
. m
ult
ipa
pilla
tum
- W
alt
on
, 1940
13
Carl
ia m
ysi (R
epti
lia)
R.
nan
us
Papu
a N
ew
G
uin
ea
Bu
rsey,
Gold
berg
&
Kra
us,
2006
14
- R
. rh
acop
hori
-
Yu
en
, 1965
15
- R
. sim
ple
s
- Tra
vassos,
1925
16
- R
. sp
ecta
ns
- G
om
es,
1964
17
- R
. syn
od
on
tisi
- V
assilia
des,
1973
18
Testu
do h
ors
field
i (R
epti
les)
R.
uzbek
ista
nic
a
-
Ikra
mov &
Azim
ov,
2003
TAXONOMY
157
10) Thelandros alatus (Wedl,1861)
Classification: Class : Nematoda Rudolphi, 1808 emend. Diesing, 1861.
Order : Oxyuroidea Weinland, 1858
Family : Pharyngodonidae
Genus : Thelandros Wedl, 1861.
Species : alatus
Materials Examined: Host : Duttaphrynus melanostictus
Location : intestine.
Locality : Waluj, Shendra and Ranjangaon
Deposition : Helminth Research Lab. Department of Zoology,
Dr. B. A. M. University, Aurangabad (M.S.) India.
Generic diagnosis:
Robust nematodes with prominent annulations beginning just
behind cephalic extremity and continuing to anus. Cuticle with distinct
longitudinal striations approximately 4 apart. Moderate sexual
dimorphism. Triangular oral opening surrounded by 3 bilobed lips.
Buccal cavity short, without chitinous walls. Oesophagus with very
short pharynx and posterior bulb. Lateral alae absent. Caudal filament
terminal, directed posteriorly.
Female:
Tail suddenly constricted behind anus to form a terminal spike.
Vulva posterior to the middle of the body; egg with terminal operculum
in early stages of cleavage; uterine branches parallel. Oviparous; eggs
oval not embryonated when laid.
TAXONOMY
158
Measurements and descriptions:
Female:
Body 2.44-3.60 long and 0.45-0.56 wide at the vulva; oesophagus
including bulb 0.56-0.67 long; oesophageal bulb 0.12-0.16 in diameter;
tail constricted behind anus and form terminal spike, 0.29-0.39 long.
Eggs oval 0.045-0.058x 0.097-0.12 with terminal operculum.
Male: Not found.
Discussion:
The genus Thelandros was established by Wedl (1861) for T.
alatus, a nematode from the intestine of an Egyptian mastigure,
Uromastix spinipes (currently Uromastyx aegyptia), collected in Egypt.
The validity of Parapharyngodon Chatterji, 1933 has been in question
almost since its proposal by Chatterji (1933). However, Baylis (1936)
considered this genus to be a synonym of Thelandros Wedl, 1861 as did
Karve (1938), García-Calvente (1948) and Skryabin et al., (1951).
Others, Freitas (1957), Sharpilo (1976), Adamson (1981), Baker (1987),
Castaño-Fernandez et al., (1987), and Hering-Hagenbeck et al., (2002)
consider Parapharyngodon distinct from Thelandros for the following
reasons: Males of Thelandros have a genital cone, pendulant papillae
outside the genital cone, lateral alae are absent, and the tail is terminal
and directed posteriorly; males of Parapharyngodon lack a genital cone,
mammiliform papillae surround a more-or-less terminal anus, lateral
alae are present, and the tail is subterminal and directed dorsally.
Walton (1941) described the female of an unnamed Thelandros
from the California legless lizards, Anniella pulchra and A. nigra. Lucker
(1951) has recently described, in abstract, three species of Thelandros
TAXONOMY
159
from the night lizard, Xantusia riversiana reticulata Smith, taken on San
Clemente Island, California.
Another species T. cinctus (Linstow, 1897) collected from Stellio
vulgaris, Agama caucasica, Europe. After this many species reported
from all over the world these are as, Linstow (1899) reported two species
as T. annulatus Linst, 1899 syn. Oxyuris annulata Linstow, 1899 in
Chalcides spp. Agama agama; and T. bulbosus (Linstow, 1899) Syn. of
annulatus Freitas (1957) in Scinus ocellatus, Egypt Morocco; T.
megaloon (Linstow, 1906) Syn. Oxyuris L. Skrj., Shikhob and Mosgovoi
(1951) in Hemidactylus leschenaultii Dumril & Bibron 1836; T.
echinatus (Rud.,1819) syn. Oxyuris dujardini Raillet Henry,1916,
Seurat,1917 I Gecko, Agama, Chalcides, Pachydactylus Tarentola;
Algeciras, Banyulus sur Mer, Morocco.T. micruris Rauther,1918 in
Uromastix hardwickii; T. numidicus Seurat,1918 in tortoises; T. micipsae
Seurat,1917 Syn. Oxyuris acanthura Linst., 1904 Seurat (1917), Walton
(1942), in Chalcides micipsae, Acanthodactylus, Calotes, Cerastes,
Coluber, Lacerta, Scincus, Tarentola, Zamenis, etc; Egypt; T. scleratus
Travassos, 1923 in Tropidurus torquatus, Tapidurus, Scutipunctatus;
Brazil; T. sahariensis Baylis 1930 in Uromastix acanthinurus; Sahara; T.
sexlabiatus Ortlepp, 1933 in Testudo verreauxi; S. Africa.
Chatterji (1933) described Parapharyngodon maplestoni from the
intestine of an Oriental garden lizard, Calotes versicolor, collected in
Burma and also in 1935 T. baylisi, T. taylori from Uromastix hardwicki,
India; in the same year T. hemidactylus Patwardhan, 1935 Syn. of
maplestoni (Chatterji, 1933) Karve (1938), Walton (1942) in
Hemidactylus flavoviridis India; T. kasauli Chatterji, 1935 in Uromastix
hardwicki; India; T. almoriensis Karve, 1949 in Agama tuberculata,
India.
TAXONOMY
160
T. seutati Sandground, 1936 in Acontias percivali, E. Africa; T.
rotundus Malan, 1939 in Agama atra, Pseudocordylus microlepidotus; S.
Africa; T. kartana Johnston et Mawson, 1941 in Hemiergis peroni
Australia; T. trachysauri Johnson et Mawson, 1947 in Trachysaurus
rugosus, Adelaide.; T. xantusi Lucker, 1951 in Xantusia riversiana
reticulate, California; T. pseudoechinatus Lucker, 1951 in Xantusia
riversiana, California; T. californiensis Read et Amrein, 1952 in Xantusia
vigilis and X. henshawi, California; T. bicaudatus Read et Amrein, 1952
in Xantusia riversiana riversiana, California.; T. alvarengai Freitas, 1957
in Mabuya maculate, Brazil; T. cameroni Belle, 1957 in Chalcides
sepoides and Scincus sp, Egypt. T. kuntzi Belle, 1957 in Agama sp.;
Egypt; T. senisfaciecaudus Freitas, 1957 in Liolaemus lenzi; Bolvia.
The present species having the prominent annulations on the
body from cephalic extremity to anus, mouth triangular surrounded by
three bilobed lips and oesophagus with short pharynx and posterior
bulb. Thus by observing these characters the Thelandros Wedl (1861)
genus is confirmed.
The morphological characters and body measurements of present
worm when compared with all other species of Thelandros Wedl (1861)
it shows close resemblance with the Thelandros alatus Wedl (1861) than
with the others. This forms the first report of occurrence of this species
from an amphibian host from the study areas of Aurangabad
(Maharashtra), India.
T
AX
ON
OM
Y
1
61
Table
No.
Host
- para
sit
e l
ist
of
Th
ela
ndros s
p.
Sr.
N
o.
Host
Para
sit
e
Locality
A
uth
or
Cla
ss :
N
em
ato
da
Ru
dolp
hi,
1808 e
men
d.
Die
sin
g,
1861.
Ord
er:
O
xyu
roid
ea
Wein
lan
d,
1858
Fam
ily:
Ph
ary
ngodon
idae
Gen
us
: T
hela
nd
ros
Wedl,
1861.
1
Uro
ma
str
ix s
pin
ipes
T.
ala
tus
N.
Afr
ica
Wedl, 1
861
2
Ch
alc
ides s
p.,
Aga
ma
aga
ma
T.
an
nu
latu
s
N.
Afr
ica
Lin
sto
w,
1899b
3
Scin
cu
s o
cella
tus
T.
bu
lbosu
s
N.
Afr
ica
Lin
sto
w
1899b
4
Ch
alc
ides s
ep
oid
es,
Scin
cu
s s
p
T.
ca
mero
ni
N.
Afr
ica
Belle,
1957a
T
AX
ON
OM
Y
1
62
5
Gecko,
Aga
ma
,
Ch
alc
ides,
Pach
yd
acty
lus,
Tare
nto
la
T.
ech
ina
tus
N.
Afr
ica
(Seu
rat,
1920)
York
e a
nd
Maple
sto
ne,
1926a
6
Aga
ma
sp
T.
ku
ntz
i
N.
Afr
ica
Belle,
1957a
7
Ch
alc
ides m
icip
sa
e
T.m
icip
sa
e
N.
Afr
ica
(Seu
rat,
1917)
Baylis,
1923
8
Aga
ma
atr
a a
nd
Pseu
docord
ylu
s
mic
role
pid
otu
s
T.
rou
tun
du
s
S.
Afr
ica
Mala
n,
1939a
9
Acon
tia
s p
erc
iva
li
T.
seu
rati
E.
Afr
ica
San
dgro
un
d,
1936i
163
Lis
t of
nem
ato
des
of
Bu
fo s
pp
. R
eport
ed f
rom
In
dia
Par
asit
es
Host
s L
oca
tion
Loca
lity
A
uth
ors
Ord
er:
Asc
arid
ida
Mull
er, 1880.
Fam
ily:
Het
erak
idae
Rai
llie
t an
d H
enry
, 1912
1. G
enus:
Met
eter
aki
s
Kar
ve,
1930
Ord
er:
Anu
ra
Raf
ines
que,
1815.
Fam
ily:
Bufo
nid
ae G
ray,
1825
Gen
us:
Bufo
Lau
renti
, 1768
Met
eter
aki
s g
ovi
ndi
(Kar
ve,
1930)
Bufo
him
ala
yanus
Gunth
er, 1864
(Him
alayan
toad
)
K
arsi
yan
g (
dar
jeee
lin
g)
Soota
and D
ey S
ark
ar,
1980
do
B
ufo
mel
anost
ictu
s
Sch
nei
der
, 1799
(Asi
an c
om
mon
toad
, B
lack
stri
ped
toad
,
Com
mon I
ndia
n
toad
or
Com
mon
Ben
gal
toad
)
B
irat
i (N
ort
h 2
4 P
argan
as)
Soota
and C
hat
urv
edi,
1971
do
do
In
test
ine
and
rect
um
L
iluah
and B
elur,
How
rah
Dis
tric
t, H
abra
and S
onar
pur
Nort
h a
nd S
outh
24 P
argan
as
dis
t. r
esp
ecti
vel
y
Mukul
Dutt
a, 2
007
do
do
do
Wes
t B
engal
D
ey S
arkar
, 2000
do
do
do
Nort
h a
nd S
outh
24 P
argan
as
Wes
t B
engal
Dey S
Ark
ar,
1998
do
do
In
test
ine
Man
u, N
ort
h d
istr
ict
of
Dey S
arkar
, 2000
164
Tri
pura
Met
eter
aki
s basa
nae
n.
sp.
do
do
Lil
uah
in H
ow
rah d
istr
ict
in
W.B
. In
dia
Do
Met
eter
aki
s ka
rvei
do
re
ctum
N
agp
ur
(M.H
.)
Nai
du a
nd T
hak
are,
1981
M. andam
anen
sis
B
ufo
sp
.
do
Mid
dle
Andam
an a
nd
Nic
ob
ar I
slan
ds,
India
Soota
and C
hat
urv
edi,
1972b.
M. aura
ng
abaden
sis
B
. m
elanost
ictu
s
Aura
ngab
ad (
M.H
.)
Des
hm
ukh a
nd
Chau
dhar
i, 1
980
M. tr
ipura
e do
in
test
ine
Man
u, N
ort
h d
ist.
Tri
pura
D
ey S
arkar
, 2000.
Fam
ily:
Het
erak
idae
Rai
llie
t an
d H
enry
, 1912
2)
Gen
us:
Afr
ican
a
Tra
vas
sos,
1920
Afr
icana b
ufo
nis
B
. m
elanost
ictu
s R
ectu
m
Cal
cutt
a, W
.B.
B
isw
as a
nd C
hak
rav
arty
,
1963
A. bufo
nis
Bis
was
and
Chak
ravar
ty, 1963
do
in
test
ine
Kal
yan
i M
ajum
dar
, 1965
Fam
ily:
Cosm
oce
rcid
ae
(Rai
llie
t, 1
916 s
ub
fam
)
Tra
vas
sos,
1925
3)
Gen
us:
Oxy
som
ati
um
Rai
llie
t an
d H
enry
, 1916
Oxy
som
ati
um
anura
e do
do
do
Bis
was
and C
hak
rav
arty
,
1963
O. m
anip
ure
nsi
s do
R
ectu
m
Man
ipur
Gam
bhir
and T
arnit
a,
2005
O. st
om
ati
ci
B. st
om
ati
cus
lutk
en, 1862
(mar
ble
d t
oad
)
rect
um
C
alcu
tta
Bis
was
and C
hak
rav
arty
,
1963
165
O. m
aci
nto
shii
(S
tew
art,
1914)
Kar
ve,
1927
Bufo
mel
anost
ictu
s
Inte
stin
e an
d r
ectu
m
Wes
t B
engal
D
ey S
arkar
, 1998 a
nd
1999
do
do
do
Par
tia,
South
dis
t. P
achar
tal
and M
anu, N
ort
h d
ist.
Tri
pura
Dey S
arkar
, 2000
do
do
do
Lil
uah
and B
elur,
How
rah
dis
t., H
abra
and S
onar
pu
r
Nort
h a
nd S
outh
24 P
argan
as
dis
t. R
esp
.
Mukul
Dutt
a, 2
007
do
B
. vi
ridis
(G
reen
toad
) L
aure
nti
,
1768
inte
stin
e A
rki
in S
ola
n d
ist.
S
oota
and D
ey S
ark
ar,
1981b.
do
do
do
Kunih
ar i
n H
imac
hal
Pra
des
h
do
O. sr
inag
are
nsi
s do
re
ctum
S
rinag
ar, K
ashm
ir
Fote
dar
, 1960
4)
Gen
us:
Cosm
oce
rcoid
es W
ilkie
,
1930
Cosm
oce
rcoid
es d
ukae
(Hal
l, 1
928)
Tra
vas
sos,
1931
B. him
ala
yanus
inte
stin
e K
arsi
yan
g a
nd M
ahib
han
jan;
dar
jeel
ing D
ist.
W.B
.
Dey S
arkar
, 1998
do
do
do
do
Soota
, 1975
C. m
ult
ipap
illa
ta
B. m
elanost
ictu
s R
ectu
m
Jeoli
kote
, N
ainit
al
Utt
aran
chal
Kher
a, 1
959
C. baro
den
sis
do
do
Bar
od
a, G
ujr
at
Rao
, 1979
C. bufo
nis
B
. him
ala
yanus
Cae
cum
M
ukte
sar
(Him
alayan
fo
od
hil
ls)
India
Kar
ve,
1944
5)
Gen
us:
Cosm
oce
rca
Die
sing, 1861
Cosm
oce
rca s
pin
oce
rca
B
. m
elanost
ictu
s R
ectu
m
Ban
glo
re K
arnat
ka
Rao
, 1979
166
C. ka
shm
iren
sis
B
. vi
ridis
do
Sri
nag
ar, K
ashm
ir
Fote
dar
, 1959
C. banyu
lensi
s do
-
do
do
C. p
rop
inqua
do
-
do
do
C. cr
ensh
ow
i B
. la
tast
ii
Boule
nger
, 1882
- K
ashm
ir
Fote
dar
, 1973
C. ka
shm
iren
sis
Lar
vae
B
. vi
ridis
-
do
Fote
dar
and T
ikoo,
1968
C. li
mnodyn
ast
es
B. m
elanost
ictu
s In
test
ine
India
G
rew
al e
t al
., 1
983
6)
Gen
us:
Ap
lect
ana
Rai
llie
t an
d H
enry
, 1916
Ap
lect
ana r
ail
liet
synon
ym
of
Oxy
som
ati
um
rail
liet
do
-
Sri
nag
ar, K
ashm
ir
Fote
dar
, 1960
A. m
aci
nto
shii
Tra
nsf
erre
d a
s
Neo
xyso
mati
um
maci
nto
shii
toad
-
Chan
dig
arh,
Punja
b
Gup
ta a
nd D
uggal
, 1987
7)
Gen
us:
Para
cosm
oce
rca
Kun
g
and W
u, 1945
Para
cosm
oce
rca
spin
oce
rca
B. m
elanost
ictu
s -
Ban
glo
re,
kar
nat
ka
Rao
, 1979
Fam
ily:
Atr
acti
dae
(
Rai
llie
t, 1
917;
Sub
fam
ily)
Tra
vas
sos,
1919
8)
Gen
us:
Monhys
teri
des
Bayli
s an
d D
aub
ney,
1922
Monhys
teri
des
sp
. do
C
oel
om
, hea
rt, li
ver
,
exte
rnal
wal
l of
stom
ach
Lil
uah
and B
elur,
How
rah
dis
t, H
abra
and S
onar
pur,
Mukul
Dutt
a, 2
007
167
bel
ow
the
horn
ey l
ayer
of
stom
ach, sm
all
inte
stin
e,
fat
bodie
s, l
un
gs
larg
e
inte
stin
e, m
esen
trie
s an
d
kid
ney
Nort
h a
nd S
outh
24 P
argan
as
dis
t. r
esp
ecti
vel
y
9)
Gen
us
:
Osw
ald
ocr
uzi
a
Tra
vas
sos,
1917
Osw
ald
ocr
uzi
a f
ilif
orm
is
Bufo
sp
. L
iver
, st
om
ach, in
test
ine
and r
ectu
m
Wes
t B
engal
S
oota
and C
hat
urv
edi,
1972a.
do
B
. m
elanost
ictu
s S
tom
ach, in
test
ine
and
rect
um
Nort
h 2
4 P
argan
as a
nd
Ch
itra
kunda,
Korr
aput,
kolk
ata,
W.B
.
Dey S
arkar
, 1998
Osw
ald
ocr
uzi
a s
p.
do
in
test
ine
Jeoli
kote
Nai
nit
al u
ttar
anch
al
Kher
a, 1
958
O. ka
shm
iren
sis
B. vi
ridis
do
Nis
hat
, K
ashm
ir
Fote
dar
, 1971
do
B
. m
elanost
ictu
s ?
India
n s
ub
conti
nen
t at
Nan
kouri
, N
icob
ar I
slan
ds
Bayli
s an
d D
aub
ney
(1923)
O. in
dic
a
do
do
Luck
no
w,
U.P
. L
al,
1944
O. g
oez
ei S
krj
abin
and
Sch
ulz
, 1952
do
Sto
mac
h, in
test
ine
and
rect
um
Lil
uah
and B
elur,
How
rah
dis
t., H
abra
and S
onar
pu
r,
Nort
h a
nd S
outh
24 P
argan
as
dis
t. R
esp
.
Mukul
Dutt
a, 2
007
Ord
er:
Rhab
dit
ida
Fam
ily:
Str
on
gylo
idae
Chit
wood a
nd M
cinto
sh,
1934
10)
Gen
us:
Str
on
gyl
oid
s
Gra
ssi,
1879
Str
on
gyl
oid
es b
ufo
nis
B
ufo
mla
nost
ictu
s in
test
ine
Hyd
erab
ad,
A.P
. ,
India
R
ao a
nd S
ingh,
1954
11)
Gen
us:
Short
tia
168
Sin
gh a
nd R
atnam
ala,
1975
Short
tia t
hap
ari
do
-
Ban
glo
re,
Kar
nat
ka
S
ingh a
nd R
atnam
ala,
1977a,
b.
Fam
ily:
Rhab
dia
sid
ae
Rai
llie
t, 1
916
12)
Gen
us:
Rhabdia
s
Sti
les
and H
assa
ll, 1905
R. bufo
nis
B
. vi
ridis
-
Sri
nag
ar, V
erin
ag,
Phal
gam
,Gan
der
bal
Sop
ore
and B
aram
ull
(K
ashm
ir,
India
)
Sti
les
and H
assa
ll,
1905
do
do
-
Kas
hm
ir
Fote
dar
, 1965
do
B
. m
elanost
ictu
s -
Gar
hw
al ;
Him
alay
a
Utt
aran
chal
Chop
ra e
t al
., 1
991 a
nd
1992
do
do
lu
ngs
Lil
uah
and B
elur,
How
rah
dis
t. H
abra
and S
onar
pur,
Nort
h a
nd S
outh
24 P
argan
as
dis
t. R
esp.
Mukul
Dutt
a, 2
007
Rhabdia
s bulb
icauda
do
do
Bel
ur
in H
ow
rah d
ist.
An
d
Hab
ra i
n N
ort
h 2
4 P
argan
as
dis
t. W
.B.
India
do
Ord
er:
Ox
yu
rida
Fam
ily:
Phar
yn
godonid
ae
Tra
vas
sos,
1919
13)
Gen
us:
Phary
ng
odon
Die
sin
g,
1861
P. sc
his
top
ap
illa
tus
B. m
elanost
ictu
s re
ctum
B
erh
amp
ur,
Orr
isa
Rao
, 1980
169
Fam
ily:
Ox
yu
ridae
Cobb
old
, 1864
14)
Gen
us:
Nars
ing
iell
a
Rao
, 1978
N. nars
ing
i do
in
test
ine
do
Rao
, 1978
Fam
ily:
Tri
chost
ron
gyli
dae
(Lei
per
, 1908 s
ub
fam
)
Lei
per
, 1912
15)
Gen
us:
Sch
ulz
ia
Tra
vas
sos,
1937
S. m
elanost
ictu
si
do
-
Gar
hw
al, H
imal
aya,
Utt
aran
chal
Chop
ra e
t al
., 1
992
Ord
er:
Sp
iruri
da
Fam
ily:
Cam
alla
nid
ae
Rai
llie
t an
d H
enry
, 1917
16)
Gen
us:
Cam
all
anus
Rai
llie
t an
d H
enry
, 1915
C. bufo
nis
Bufo
sp
.
- L
uck
no
w,
U.P
.
Agar
wal
, 1
967
Fam
ily:
Cucu
llar
idae
Cobb
old
, 1864
17)
Gen
us
: C
ucu
llanus
Mull
er, 1777
C. bufo
nis
do
in
test
ine
do
do
Fam
ily:
Sp
iruri
dae
Orl
ey, 1885
Sp
irir
idae
of
unce
rtai
n
posi
tion
18)
Gen
us:
Spir
op
tera
Sen
, 1965
B. m
elanost
ictu
s
- P
ithori
a R
anch
i, B
ihar
Sen
, 1965
170
Spir
op
tera
sp
.
Fam
ily:
Ph
ysa
lop
teri
dae
Rai
llie
t, 1
893 s
ub
fam
Lei
per
, 1908
19)
Gen
us:
Phys
alo
pte
ra
Rudolp
hi,
1819
Phys
alo
pte
ra s
p. la
rvae
B. m
elanost
ictu
s
Ency
sted
in u
rinar
y b
lad
der
wal
l
Luck
no
w,
U.P
.
Ste
war
t, 1
914
Fam
ily:
On
choce
rcid
ae
(Lei
per
, 1911
) C
ahab
aud
and A
nder
son, 1959
20)
Gen
us:
Och
ote
renel
la
Cab
alle
ro, 1944
O.b
eng
ale
nsi
s sp
. n.
B. m
elanost
ictu
s
Bod
y c
avit
y
Hab
ra a
nd S
onar
pur,
Nort
h
and S
outh
24 P
argan
as d
ist.
And B
elur
in H
ow
rah d
ist.
In
W.B
.
Mukul
Dutt
a, 2
007
Ord
er:
Enco
pli
da
Fam
ily:
Tri
churi
dae
(Ran
som
, 1911)
Rai
llie
t,
1915
21)
Gen
us:
Tri
churi
s
Roed
erer
, 176
1
Tri
churi
s g
lobulo
sa (
V.
Lin
stow
, 1901)
Ran
som
,
1911
Uncl
assi
fied
or
unid
enti
fied
do
Sto
mac
h a
nd s
mal
l
inte
stin
e
Bel
ur
dis
t. H
ow
rah a
nd
Hab
ra d
ist.
24 P
argan
as o
f
W. B
. In
dia
do
22)
Gen
us:
Neo
pro
tozo
op
hag
a
bufo
nis
Bis
was
and
Chak
ravar
ty, 1963
do
Rec
tum
W.B
.
Dey S
arkar
, 1998
do
do
do
Bar
asat
, N
ort
h 2
4 P
argan
as
Bis
was
and C
hak
rav
arty
,
171
W.B
.
1963.
Hate
raki
s bufo
nis
do
do
Bar
asat
(C
alcu
tta)
D
o
Abbre
viata
india
ca
do
do
Gre
at N
icob
ar I
ndia
S
oota
et
al.,
1969
Guin
ea w
orm
,
Ichly
onem
a
cyle
ndra
ceum
do
………
A
ssam
S
har
ma,
1957
Hel
min
th i
nfe
ctio
n
B. vi
ridis
………..
Hyd
erab
ad,
A.P
.
RA
O a
nd K
rish
na,
1983
do
B
ufo
sp
. ……..
Andam
an a
nd N
icob
ar
Isla
nds
Soota
and C
hat
urv
edi,
1972b.
Hel
min
th f
auna
do
………
do
Soota
et
al.,
1971
Lis
t of
nem
ato
des
of
Ran
a s
pp
. re
port
ed f
rom
In
dia
Par
asit
e H
ost
L
oca
tion
Loca
lity
A
uth
or
Ord
er :
Asc
arid
ida
Mull
er, 1880
Fam
ily:
Kat
hla
nii
dae
(Lan
e, 1
91
4 s
ubfa
m.)
Tra
vas
sos,
1918
Ord
er:
Anu
ra
Raf
ines
que,
1815
Fam
ily:
Ran
idae
Gra
y,
1825
Gen
us:
Rana
Lin
nae
us,
1768
1)
Gen
us:
Falc
aust
ra
Lan
e, 1
915
Gen
us:
Rana
Lin
nae
us,
1768
F. bre
visp
icula
ta
(Bayli
s, 1
935)
Pet
ter
1979 s
yn (
Spir
onoura
bre
visp
icula
ta,
Bayli
s
1935)
Rana h
exadact
yla
Les
son, 1834 (
pond f
rog
or
gre
en f
rog)
Inte
stin
e an
d r
ectu
m
W.B
.
Soota
and C
hat
urv
edi,
1971
do
do
Inte
stin
e
do
Dey S
arkar
, 1998
do
In
iden
tifi
ed f
rog
do
Chen
nai
, T
.N.
Alw
ar a
nd L
alit
ha
1954
F. fa
lcate
V.
Lin
stow
, do
do
Cal
cutt
a, W
.B.
L
ane,
1915
172
1906
do
do
Inte
stin
e an
d r
ectu
m
Lil
uah
and B
elur,
How
rah d
ist.
, H
abra
and
Sonar
our
Nort
h a
nd
South
24 P
argan
as
Mukul
Dutt
a 2007
do
do
inte
stin
e C
alcu
tta
Chak
ravar
ty,
1944
F. tr
iloka
e (S
ingh, 1958)
(Syn.
Vel
ari
oce
phalu
s
tril
oka
e S
ingh, 1958)
R. cy
anop
hly
ctis
Sch
nei
der
, 1799
(Skip
per
fro
g)
rect
um
Kak
inad
a, A
.P.
Chab
aud,
1965
2)
Gen
us:
Vel
ari
oce
phalu
s S
ingh,
1958
V. tr
ilokae
do
...............
Jodhp
ur,
Raj
asth
an
Sin
gh,
1958
3)
Gen
us:
Spir
onoura
Lei
dy, 1856
S. b
revis
pic
ula
ta
R. hex
adact
yla
…………
W
.B.
India
Bayli
s, 1
935a
4)
Gen
us
:
Am
phib
iog
oez
ia R
ao,
1979
A. sp
inoso
ma
R. cy
anop
hly
ctis
inte
stin
e
Ban
glo
re,
Kar
nat
aka
Rao
, 1979
Fam
ily:
Het
erak
idae
Rai
llie
t an
d H
enry
, 1912
5)
Gen
us:
Afr
icana
Tra
vas
sos,
1920
A. va
rani
do
rect
um
Dum
dum
, C
alcu
tta
Bis
was
and C
hak
rav
arti
,
1963
do
do
………….
do
Map
lest
ob
ne,
1931
6)
Gen
us
: Spin
icauda
Tra
vas
sos,
1920
S. padm
ai
sp.n
R. hex
adact
yla
Inte
stin
e
Lil
uah
dis
t.H
ow
rah
W.B
.
Mukul
Dutt
a, 2
007
173
7)
Gen
us
: M
atet
erak
is
Kar
ve,
1930
M. g
ovi
ndi
Rana s
p.
do
Man
u, N
ort
h d
ist.
Tri
pura
Dey S
arkar
, 2000
do
R. ti
gri
na
Dau
din
1803
(India
n B
ull
fro
g o
r K
ola
Ban
g)
Inte
stin
e an
d r
ectu
m
Lil
uah
and B
elur,
How
rah d
ist.
Hab
ra a
nd
Sonar
pur,
Nort
h a
nd
South
24 P
argan
as d
ist.
Res
p.
Mukul
Dutt
a, 2
007
do
R
. hex
adact
yla
do
do
do
M. basa
nae
sp.n
. do
do
do
do
do
R
. ti
gri
na
do
do
do
Fam
ily:
Quim
per
iidae
(Gen
dre
, 1928)
Bayli
s,
1930
8)
Gen
us:
Gen
dra
i
Bayli
s, 1
930
G. ch
auhani
R. cy
anop
hlc
tis
inte
stin
e
Jodhp
ur,
Raj
asth
an
Nam
a , 1
975
G. fo
tedari
do
………….
Hyd
erab
ad,
A.P
. R
ao,
1989c.
G. ra
naru
m
R. ti
gri
na
Sm
all
inte
stin
e T
eleg
aon (
Poona)
India
K
arve,
1944
do
R
ana s
p.
……..
Goa
Soota
, 1971
G. jo
dhp
ure
nsi
s
R. cy
anop
hly
ctis
in
test
ine
Jodhp
ur,
Raj
asth
an
Ary
a an
d J
ohnso
n,
1978
9)
Gen
us:
Subula
scari
s
Fre
itas
and D
audin
,
1957
S. fr
eita
si
R. ti
gri
na
do
Am
baj
ogai
, M
H.
India
Choudhar
i an
d
Des
hm
ukh,1
977
S. ra
nae
(Syn.
Chabaudus
Ing
lis
and
Ogd
en, 1965)
R. cy
anop
hly
ctis
do
Nai
nit
al,
Utt
aran
chal
Ary
a, 1
980
S. cy
anop
hly
ctis
do
do
Mah
aras
htr
a D
eshm
ukh,
1968
174
Fam
ily:
Cosm
oce
rcid
ae
(Rai
llie
t, 1
916)
Tra
vas
sos,
1925
10)
Gen
us:
Oxy
som
ati
um
Rai
llie
t
and H
enry
, 1916
O. m
aci
nto
shii
(S
tew
art,
1914)
Unid
enti
fied
fro
g
do
Sukna,
Dar
jeel
ing D
ist.
Soota
and D
ey S
ark
ar,
1981a.
do
R
. ti
gri
na
……..
………..
D
ey S
arkar
, 1999
do
do
rect
um
L
uck
no
w,
U.P
. K
arve,
1927
O. m
aci
nto
shii
(S
tew
art,
1914)
Kar
ve,
1927
do
Inte
stin
e an
d r
ectu
m
Lil
uah
a an
d B
elur,
How
rah d
ist.
Hab
ra a
nd
Sonar
pur,
Nort
h a
nd
South
24 P
argan
as d
ist.
Res
p.
Mukul
Dutt
a, 2
007
do
R
. cy
anop
hly
ctis
do
Tri
pura
D
ey S
arkar
, 2000
O. m
ehdii
do
do
Aura
ngab
ad M
H.
Ilyas
, 1980
11)
Gen
us:
Cosm
oce
rcoid
es W
ilkie
,
1930
C. fo
tedari
do
…………..
Nai
nit
al U
ttar
anch
al
Ary
a, 1
992
C. ku
maoni
do
……….
do
do
C. la
nce
ola
tus
do
Inte
stin
e G
arw
al,
Utt
arac
hal
R
ao,
1979
C. nain
itale
nsi
s do
Rec
tum
N
ainit
al,
Utt
arac
hal
A
rya,
1979
12)
Gen
us:
Cosm
oce
rca
Die
sing, 1861
C. m
acr
og
uber
nacu
lum
do
Lar
ge
inte
stin
e
Bar
od
a, G
ujr
at
Rao
, 1979
C. in
dic
a
do
inte
stin
e Jo
dhp
ur,
Raj
asth
an
Nam
a an
d k
hic
hi,
1973
C. ra
nae
Rana s
p.
do
Chan
dig
arh,
Punja
b
Gup
ta a
nd D
uggal
, 1980
175
13)
Gen
us:
Ap
lect
ana
Rai
llie
t an
d H
enry
, 1916
A. m
aci
nto
shii
R. ti
gri
na
………
Nag
pur,
Mah
aras
htr
a
Nai
du,
1983
do
do
………
P
atna,
Bih
ar
Sah
ay a
nd N
ath,
1996
do
R
. hex
adact
yla
do
do
do
Fam
ily:
Asc
arid
idae
Tra
vas
sos,
1919
15)
Gen
us:
Asc
ari
dia
Duja
rdin
, 1845
A. g
all
i (S
chra
nk, 1788)
Fre
eborn
, 1923
Rana t
igin
a
Sm
all
inte
stin
e
Bel
ur
,Ho
wra
h d
ist.
W.B
. In
dia
Mukul
Dutt
a, 2
007
16)
Gen
us:
Osw
ald
ocr
uzi
a
Tra
vas
sos,
1917
O. fi
lifo
rmis
Rana s
p.
Liv
er, st
om
ach, in
test
ine
and r
ectu
m
W. B
engal
Soota
and C
hat
urv
edi,
1972a.
do
R. cy
anop
hly
ctis
inte
stin
e
Shil
long,
Eas
t K
has
i
Hil
ls,
Thad
lask
in,
Um
kia
ng,
Jain
tia
Hil
ls,
Wil
liam
Nag
ar T
asek
,
Eas
t G
aro
Hil
ls D
ist.
Meg
hal
aya
Dey S
rkar
, 2000
do
R. ti
gri
na
Sto
mac
h, in
test
ine
and
rect
um
Lil
uah
and B
Elu
r,
How
rah d
ist.
Hab
ra a
nd
Sonar
pur,
Nort
h a
nd
South
24 P
argan
as d
ist.
Res
p.
Mukul
Dutt
a, 2
007
do
R
. hex
adact
yla
S
tom
ach, gal
l b
ladd
er,
inte
stin
e an
d r
ectu
m
do
do
O. fi
lifo
rmis
do
……….
Nort
h 2
4 P
argan
as W
.B.
and C
hit
rakunda
Goez
e, 1
782
176
Korr
aput
O. fi
lifo
rmis
(G
oez
e,
1782)
Tra
vas
sos,
1917
R. cy
anop
hly
ctis
S
tom
ach, in
test
ine
and
rect
um
W.B
. D
ey S
arkar
, 1998
O. in
dic
a
do
ites
tine
Luck
no
w,
U.P
. L
al,1
944
Ord
er:
Sp
iruri
da
Fam
ily:
Cam
alla
nid
ae
Rai
llie
t am
d H
enry
,
1917
17)
Gen
us:
Cam
all
anid
es B
ayli
s an
d
Da u
bney, 1922
C. p
rash
adi
R. ti
gri
na
……….
……………
Bayli
s an
d D
aub
ney,
1922
do
R
. cy
anop
hly
ctis
S
mal
l in
test
ine
Nag
pur,
South
India
K
arve,
1930
do
do
……………
S
outh
India
P
uja
tti,
1952
18)
Gen
us:
Cam
alla
nus
Rai
llie
t an
d H
enry
, 1915
C. ra
nae
do
inte
stin
e
Luck
no
w,
U.P
.
Kher
a, 1
954
C. bayl
isi
do
…………..
Nag
pur
MH
N
aidu,
1983
do
do
…………
do
do
C. cy
nop
hyl
ecti
s
do
……….
Pat
na,
Bih
ar
Sah
ay,
1966
C. ra
nae
R. ti
gri
na
………
S
ola
pur,
MH
. K
ulk
arni
and D
eshm
ukh,
1989
C. jo
dhp
ure
nsi
s R
. cy
anop
hly
ctis
……..
Jodhp
ur,
Raj
asth
an
Ary
a, 1
986
C. in
dic
us
do
………….
do
do
C.m
uji
bia
do
……..
do
Ary
a, 1
988
C. in
gli
s R
. ti
gri
na
inte
stin
e L
uck
no
w,
U.P
. A
gar
wal
, 1967
C. ti
ger
inis
do
do
Jodhp
ur,
Raj
asth
an
Johnst
on,
1969
C. ala
tae
do
do
India
N
ama
and J
ain,
1974
C. vl
ast
imil
i R
. cy
anop
hly
ctis
do
Jodhp
ur,
Raj
asth
an
Ary
a, 1
984
Cam
all
anus
sp.
Rana s
p.
do
Hyd
erab
ad,
A.P
. M
irza
and B
asir
, 1938
177
C. unis
pic
ulu
s
R. ti
gri
na
………….
India
D
evil
and R
ao,
1990
Fam
ily:
Ph
ysa
lop
teri
dae
(Rai
llie
t, 1
893 S
ub
fam
)
Lei
per
, 1908
19)
Gen
us:
Phys
alo
pte
ra
Rudolp
hi,
1819
R. ti
gri
nae
do
stom
ach
Aura
ngab
ad M
H.
Ali
and F
arooqui,
1969
Phys
alo
pte
ra s
p.
do
………
N
agp
ur
MH
. N
aidu,
1983
do
R. cy
anop
hly
ctis
………
do
do
Phys
alo
pte
roid
es s
p.
do
………..
do
do
Do
R
. ti
gri
na
………
do
do
Fam
ily:
Gnat
host
om
atio
dae
Rai
llie
t, 1
895
20)
Gen
us:
Spir
oxy
s
Sch
nei
der
, 1866
Spir
oxy
s sp
.
do
…………….
Nag
pur,
MH
.
do
Fam
ily :
On
choce
rcid
ae
Cab
alle
ro 1
94
4
O. ra
nae
sp.n
.
do
Bod
y c
avit
y
Sonar
pur
(South
24
Par
gan
as)
W.B
.
Mukul
Dutt
a, 2
007
Ord
er:
Ox
yu
rid
Fam
ily:
Phar
yn
godonid
ae
Tra
vas
sos,
1919
22)
Gen
us:
Phar
yn
godon
Die
sing, 1861
P. burs
atu
s
R. cy
anop
hly
ctis
inte
stin
e
Ber
ham
pur,
W.B
.
Rao
, 1989a.
178
Ord
er:
Rhab
dit
idae
Fam
ily:
Str
on
gylo
idae
Chit
wood a
nd M
cInto
sh,
1934
23)
Gen
us:
Short
tia
,
Sin
gh a
nd R
atnam
ala,
1975
Short
tia s
hort
ti
R. cy
anop
hlt
ctis
lungs
Ban
gal
ore
, K
arnat
aka
Sin
gh a
nd R
atnam
ala,
1975
Gen
era/
sp
ecie
s
Inquir
endae
24)
Gen
us:
Pro
phary
ng
odon B
isw
as
and C
hak
rav
arty
, 1963
P. ra
nae
R. ti
gri
na
Rec
tum
Dum
dum
Cal
cutt
a
Bis
was
and C
hak
rav
arty
,
1963
P. ra
nae
Bis
was
and
Chak
ravar
ty, 18963
do
do
W.B
.
Dey S
arkar
, 1988
Tanyr
ea a
nom
ala
do
Bod
y c
avit
y
India
N
ama,
1973
Hap
lodid
entu
s in
dic
us
do
……….
Vid
arb
ha
regio
n M
H.
Nai
du a
nd T
hak
are,
1981
Poek
ilost
rongyl
us
schm
idi
R. cy
anop
hly
ctis
……………..
N
ainit
al,
Utt
aran
chal
A
rya,
1987
Nem
atodes
do
………………
H
yd
erab
ad
Rao
and K
rish
na,
1984
Hel
min
th i
nfe
ctio
n
do
……………..
do
Rao
and K
rish
na,
1983