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YUSRA MEDICAL & DENTAL COLLEGE, ISLAMABAD
Al-Quran: 94; 5
Verily, along with everyhardship is relief
RESPIRATORY MODULESTUDY GUIDE
Index
S.No Topic Page
1 Team members
1
2 Introduction
2
3 Curriculum framework
4
4 Main content areas
5
5 Teaching / learning methods
6
6 Recommended reading material
7
7 Organization of module 9
8 Anatomy
10
9 Physiology
19
10
Biochemistry
31
11 Vertical integration 40
12 Timetable 47
1
Team Members
Name Commi�ee Department
Dr. Idrees Farooq Bu�
Professor Chief Coordinator Physiology
Dr. Aysha Baber
Associate Professor Coordinator Physiology
Dr. Muhammad Aziz
Professor Member Anatomy
Dr. Shabbir Rana
Professor Member Surgery
Dr. Shahid Aziz
Professor Member Pediatrics
Dr. Muhammad Luqman
Professor Member Medical Educa�on (DME)
Dr. Hamid Akram
Professor Member Radiology
Dr. Amina Rasul
Assistant Professor Member Physiology
Dr. Farah Rashid
Professor Member Community Medicine / DME
Dr. Shumaila Najeeb Piracha
Associate Professor Member Pathology
Dr. Saima Manzoor
Assistant Professor Member Biochemistry
Dr. Zarafshan Badar
Assistant Professor Member Pharmacology
2
INTRODUCTION
Assalam – u – alaikum and a very warm welcome to medical students in the
Respiratory Module. This module has been developed as a part of introducing the integrated,
modular, contextualiz ed curriculum in Yusra Medical and Dental College, Islamabad. It will be
covered in 5 weeks. The Respiratory Module has been designed to facilitate the learning of
normal structure and func�on in context of clinical problems, which the pa�ents can encounter in
life.
Respira�on is a vital process which occurs throughout life. Respiratory system not only
facilitates breathing process but also contributes in many other physiologic processes including
maintenance of acid base balance. A good knowledge of structure, func�on and understanding of
biochemical processes of respira�on will help medical students to grasp the pathologic basis of
pulmonary diseases in a much be�er way.
The module will extensively cover the anatomy, both gross and microscopic, of up per and
lower respiratory tract along with the development and congenital anomalies which may occur.
The physiology of respira�on will elaborate the func�onal part of breathing and the mechanisms
controlling it. The study of biochemistry will elaborate the role of vitamins and nutri�onal
elements in the body. The horizontal integra�on of basic medical science subjects will be carried
out with ver�cal integra�on of paraclinical sciences like pathology, pharmacology and community
medicine, radiology and clinical specialties such as medicine, surgery and pediatrics.
The medical students are advised to use this Study Guide for the management of their
learning. The support of faculty members in this learning process will stay with them all the way.
Good luck to all of the medical students in their future endeavors for learning!
3
General Learning Objec�ves:
By the end of this module, the students will be able to:
ANATOMY
Describe the developmental anatomy and histology of respiratory system.
Explain the various parts and movements of respiratory system.
Relate the developmental anatomy of diaphragm and embryological basis of
diaphragma�c hernias.
PHYSIOLOGY
Explain mechanical events, volume and pressure changes during respira�on
Explain the physiological basis of ven�la�on perfusion ra�o and its applica�on.
Discuss the various modes of transport of oxygen and carbon dioxide from
lungs/atmosphere to �ssues and vice versa.
Explain the various neurological and chemical control mechanisms involved in regula�on
of respira�on both at rest and under stressful circumstances.
Describe the basis of various abnormal breathing pa�erns and relate with the associated
clinical condi�ons.
BIOCHEMISTRY
Describe sources, nutri�onal importance and deficiency effects of various vitamins.
Explain balanced diet ,its importance and hazards of over-nutri�on and under-nutri�on
5
MAIN CONTENT AREAS ANATOMY
Histology:
Trachea
Bronchi
Lungs
Pleura
Embryology:
Development of body cavi�es
Development of lower respiratory system and diaphragm
Gross Anatomy
Thorax
Lower respiratory tract
Lungs
Pleura
diaphragm
PHYSIOLOGY
Pulmonary ven�la�on
Pulmonary circula�on ,edema and pleural fluid
Principles and mechanism of gases exchange
Regula�on of respira�on
Hypoxia, physiology of deep sea diving and hyperbaric condi�on
BIOCHEMISTRY
Vitamins
Nutri�on
6
Teaching / Learning Methods
The teaching and learning sessions of this module will be of diverse types:
a. Large group interac�ve sessions (LGIS)
b. Small group teaching will include interac�ve tutorials (SGIS)
c. Problem – based learning sessions (PBL) or Case based learning sessions (CBL).
d. Prac�cal sessions will comprise sessions on early exposure to clinical methods and
prac�cal laboratory demonstra�ons.
e. Seminars on different topics, in which students will give oral presenta�ons on different
aspects of the allocated topics.
f. Directed self learning (DSL): Students are pre advised the topics and they study them
under supervision.
g. Self-directed learning sessions (SDL): This is the �me during which students are expected
to revise what they have learnt in the class, clear their concepts by consul�ng different
text books, reference material and prepare their assignments and projects.
h. Skill laboratory: Students learn medical skills in lab e.g. CPR (cardiopulmonary
resuscita�on)
7
Recommended Reading Material
LEARNING RESOURCES
Gross Anatomy
i. Clinical Anatomy by Regions, Richard S. Snell- 9th edi�on, 2012
Reference Books
ii. Gray’s Anatomy 40th edi�on, 2008
General Anatomy
iii. General Anatomy by Dr. Laiq Hussain, 3rd edi�on 2011
iv. Understanding General Anatomy by Professor Ta sadduq Hussain-14th edi�on, 2014
Embryology
v. Langman’s Medical Embryology, 12th edi�on, 2012
Histology
vi. Medical Histology by Dr. Laiq Hussain, 5th edi�on, 2015
vii. Difiore’s Atlas of Histology - 12th edi�on, 2013
Physiology
viii. Guyton and Hall Text book of Medical Physiology. 13 th edi�on, 2016.
ix. Human Physiology: From Cells to Systems. Lauralee Sherwood, 9 th edi�on, 2014.
x. Lab Manual Physiology, part 1st, 3rd edi�on 2017.
Biochemistry
i. Lippinco�’s illustrated Reviews: Biochemistry 6 th edi�on, 2014.
ii. Harper’s illustrated Biochemistry. 30 th edi�on, 2012.
iii. Essen�als of Medical Biochemistry. Mushtaq Ahmed, Vol I and II, 8 th edi�on, 2011.
8
Pathology
i. Robbins Basic Pathology (9th EDITION)
Medicine
i. Davidsons Principle and prac�ce of Medicine, 22nd Ed, Part 2
Pharmacology
i. Bertram G. Katzung, 13th edi�on, chapter 35
ii. Bertram G. Katzung, 13th edi�on, chapter 11
Community Medicine
i. Parks’ Textbook of Preven�ve and Social Medicine. 21 st edi�on, 2012. ii. Public Health and Community Medicine. Ilyas and Ansari, 7th edi�on, 2008.
iii. Epidemiology. Leon Gordis, 5th edi�on, 2014.
9
Organiza�on
Time distribu�on
Horizontal Integra�on Basic Medical Sciences
Anatomy 75 Hours
Physiology 79 Hours
Biochemistry 63.5 Hours
PBL 8 Hours
Ver�cal Integra�on
Pathology 1 Hour
Pharmacology 1 Hour
Medicine 2 Hours
Surgery 2 Hours
Pediatrics 1 Hour
Radiology 1 Hour
Longitudinal Integra�on
Community Medicine 11.5 Hours
Islamiat and Pak studies 2.5 Hours
_____________________________________
Total = 247.5 Hours
_____________________________________
10
Embryology Lectures
S # Learning Objec�ves
By the end of the session, students will be able to:
Content Areas Teaching Ac�vity
(Dura�on) Assessment
1. Development of respiratory system
Describe the development
of respiratory system. (K)
Forma�on of respiratory
diver�culum from foregut
Forma�on of tracheoesophageal
septum
Development of larynx and
trachea
Forma�on of bronchi,
bronchioles, alveolar ducts and
sacs
Different phases of matura�on
of lungs and factors responsible
for matura�on of lungs
Forma�on of blood-air barrier
LGIS 1 hour
MCQs SEQs SAQs
2. Birth defects
Describe the developmental anomalies of respiratory system. (K)
Esophageal artesia and
tracheoesophageal fistulas,
respiratory distress syndrome
LGIS
1 hour
MCQs SEQs SAQs
11
HISTOLOGY LECTURES
S #
Learning Objec�ves
By the end of the session,
students will be able to:
Content Areas
Teaching
Ac�vity
(Dura�on)
Assessment
1. Respiratory system
Differen�ate between
conduc�ng and
respiratory por�ons of
respiratory system &
microscopic details of
larynx. (K)
Respiratory epithelium
Role of nasal cavity in
condi�oning of air and
conduc�ng it to lungs
Olfactory epithelium and
its microscopic details
Microscopic details of
larynx
LGIS
1 hour
MCQs
SEQs
SAQs
2. Trachea
Describe the
microscopic details of
trachea. (K)
Microscopic details of
trachea
Components of blood-air
barrier
Role of surfactant in
preven�on of respiratory
distress syndrome
LGIS
1 hour
MCQs
SEQs
SAQs
3 Bronchial tree and lungs
Describe the
microscopic structure
of bronchi and
differen�ate primary,
secondary and ter�ary
bronchi. (K)
Microscopic details
bronchial tree
Differences between
terminal and respiratory
bronchioles
LGIS 1 hour
MCQs
SEQs
SAQs
12
HISTOLOGY PRATICALS
S
NO
Learning Objec�ves
By the end of the session,
students will be able to:
Content Areas
Teaching
Ac�vity
(Dura�on)
Assessment
1. Microscopic study of larynx
and
olfactory epithelium
Iden�fy and draw
respiratory and olfactory
epithelium and
microscopic details of
larynx. (S)
Slide of larynx
showing
microscopic details.
Slide of olfactory
epithelium showing
microscopic details.
Demonstra�on
2 hours
MCQs
SEQs
SAQs
2.. Microscopic study of trachea
and lungs
Iden�fy and draw
microscopic details of
trachea, bronchi and lungs.
(S)
Slide of trachea.
Slide of lungs.
Demonstra�on
2 hours
MCQs
SEQs
SAQs
13
ANATOMY PRATICALS
S #
Learning Objec�ves
By the end of the session,
students will be able to:
Content Areas
Teaching
Ac�vity
(Dura�on)
Assessment
1.
Thoracic wall and cavity
Describe the structure of
thoracic wall and rela�ons
of thoracic viscera. (S)
Muscles, fascia, bones
and thoracic wall
Muscles which a�ach
limb to the trunk
Bony cage of thorax
Rela�ons of heart , lung
and medias�num, nerves
and vessels
Medias�num and its
subdivisions
Prac�cal 2 hours
OSPE
2
Thoracic vertebra
Iden�fy parts of a typical
vertebra and differen�ate
different thoracic vertebrae.
(S)
Parts and shape of
thoracic Vertebrae
Inter vertebral foramina
and emergence of spinal
nerves
Prac�cal
2 hours
OSPE
3. Ribs and sternum
Iden�fy parts of a typical rib
and differen�ate typical
from atypical ribs. (S)
Demonstrate different parts
of sternum and its muscle
a�achments. (S)
Demonstrate ar�cula�ons
of ribs and sternum. (S)
Typical and atypical ribs
True, false and floa�ng
ribs
Ar�cula�ons of ribs
Ar�cula�ons of sternum
Parts of sternum
Muscle a�achments of
sternum
Ossifica�on of sternum
Prac�cal
2 hours OSPE
14
4. Intercostal spaces
Iden�fy thoracic outlet,
intercostal space and
demonstrate intercostal
muscles, their ac�ons and
arrangement of intercostal
vessels and nerves in
intercostal space. (S)
A�achments, direc�on
and parts of intercostal
muscles.
Course of intercostal
nerves and vessels
(Neurovascular plane)
Distribu�on of intercostal
nerves and vessels.
Anastomosis between
intercostal arteries and
veins.
Prac�cal
2 hours
OSPE
5. Pleura, endothoracic fascia,
medias�num
Iden�fy pleura and its
reflec�ons, pleural cavity
and medias�num. (S)
Pleura, pulmonary
Ligaments.
Parietal pleura, visceral
pleura and their nerve
supply.
Anterior and Posterior
intercostal arteries.
Costo-cervical trunk.
Typical and atypical
Intercostal nerves.
Endo thoracic fascia and
its modifica�ons.
Prac�cal
2 hours
OSPE
6 Lungs
Demonstrate fissures and
lobes of lungs, arrangement
of bronchi and vessels in the
hili of lungs and differen�ate
right and le� lungs. (S)
Parts and surfaces of
lungs.
Lobes and impressions of
lungs.
Lymph nodes and vessels
of lungs.
Blood vessels of lungs.
Prac�cal
2 hours
OSPE
15
7. Bronchopulmonary segments
Iden�fy broncho pulmonary
segments and demonstrate
their clinical significance. (S)
Loca�on of
bronchopulmonary segments
in each lung.
Shape, neurovasculature of
segments
Clinical significance of
bronchopulmonary segments
Prac�cal
2 hours OSPE
8. Diaphragm
Iden�fy a�achments,
different parts of diaphragm
and demonstrate nerve
supply, blood supply and
role of diaphragm in
inspira�on and expira�on.
(S)
Concept of origin and
inser�on of diaphragm.
Vertebral levels of domes of
diaphragm in respira�on.
Course and distribu�on of
phrenic nerves and their
lesions.
Diaphragma�c pleura and
peritoneum.
Structures passing through
diaphragm.
Prac�cal
2 hours
OSPE
9. Respiratory movements
Demonstrate different
diameters of thorax and
how these diameters
change during quiet and
forced inspira�on and
expira�on. (S)
Joints between vertebrae.
Costo-vertebral and sterno-
chondral joints.
Inter costal joints.
Role of scalene and
abdominal muscles,
sternocledomastoid and
muscles of thoracic wall.
� Various (respiratory)
movements at the
Prac�cal
2 hours
OSPE
16
costovertebral joints.
10. Surface anatomy
Demonstrate the different
visceral loca�ons in rela�on
to body points and
intercostals spaces. (S)
Iden�fy intercoastal spaces
boney points
Surface marking of heart,
lungs, vessels and nerves
Prac�cal 2 hours
OSPE
17
ANATOMY SEMINARS
S #
Topic Content Areas
Teaching
Ac�vity
(Dura�on)
Assessment
1. Body cavities. (S) Forma�on of
intraembryonic cavi�es
Division of thoracic cavity
into pleural and pericardial
cavi�es
Appearance of lung buds
Serous membranes (pleural,
pericardial and peritoneal
membranes)
Body wall defects and
clinical correlates
Student Presenta�on
7 mins
Marking / Evalua�on Marks 10
2. Development of respiratory system. (S)
Forma�on of respiratory
diver�culum from foregut
Forma�on of
tracheoesophageal septum
Development of larynx and
trachea
Forma�on of bronchi,
bronchioles, alveolar ducts
and sacs
Different phases of
matura�on of lungs and
factors responsible for
matura�on of lungs
Forma�on of blood-air barrier
Esophageal Artesia and
tracheoesophageal fistulas,
respiratory distress syndrome
Student
Presenta�on
7 mins
Marking /
Evalua�on
Marks 10
18
3. Trachea, bronchial tree and lungs. (S)
Microscopic details of trachea,
bronchial tree & lungs
Differences between terminal
& respiratory bronchioles
Components of blood-air
barrier
Role of surfactant
Student
Presenta�on
7 mins
Marking /
Evalua�on
Marks 10
4. Intercostal spaces, pleura,
endothoracic fascia,
medias�num. (S)
A�achments, direc�on and
parts of intercostal muscles.
Course of intercostal nerves
and vessels (Neurovascular
plane)
Distribu�on of intercostal
nerves and vessels.
Anastomosis between
intercostal arteries
Pleura, pulmonary ligaments.
Parietal pleura, visceral pleura
and their nerve supply.
� Anterior and Posterior
intercostal arteries.
Costo-cervical trunk.
Typical and atypical
Intercostal nerves.
Endo thoracic fascia and its
modifica�ons.
Student
Presenta�on
7 mins
Marking /
Evalua�on
Marks 10
19
Physiology Lectures
S. No
.
Learning Objec�ves By the end of the session, students will be able to:
Content Areas Teaching Ac�vity
(Dura�on) Assessment
1 Introduc�on to respira�on
Outline the organiza�on
and general func�ons of
respiratory system (K)
Physiological anatomy of
respiratory system
Func�ons of respiratory system
Non-respiratory func�ons of
respiratory system
LGIS 1 hour
MCQs SEQs SAQs Viva
2 Pulmonary mechanics
Enlist the muscles
involved during quiet
and forceful respira�on.
(K)
Explain pressure and
volume changes in lungs
during pulmonary
ven�la�on. (K)
Muscles of inspira�on during
quiet respira�on and
forceful respira�on.
Muscles of expira�on during
quiet and forceful breathing.
Intrapulmonary, intrapleural and
transpulmonary pressures
Physiological basis of nega�vity
of intrapleural space
LGIS 1 hour
MCQs SEQs SAQs Viva
3 Compliance
Define compliance.
Explain the role of
elas�c force of lung
�ssue and surface
tension in affec�ng
compliance in healthy
state. (K)
List the chemical
composi�on of
surfactant and explain
its role in reducing
Compliance of lungs and
thoracic cage
Factors effec�ng lung
compliance
Elas�c forces of lung �ssue
Elas�c forces of surface tension
Alveolar interdependence
Role of surfactant
Respiratory distress syndrome
Work of breathing
LGIS 1 hour
MCQs SEQs SAQs Viva
20
surface tension. (K)
4 Lung volumes and capaci�es
Explain the pulmonary
volumes and capaci�es
and outline their
method of
measurement. (K)
Differen�ate between
anatomical and
physiologic dead space
with emphasis on
significance of each. (K)
Pulmonary volumes and
capaci�es
Alveolar ven�la�on
Alveolar, anatomic and
physiologic dead space
Helium-dilu�on method for
determina�on of func�onal
residual capacity, residual volume
and
Total lung capacity
Nitrogen meter method for
determina�on of dead space
LGIS 1 hour
MCQs SEQs SAQs Viva
5 Pulmonary circula�on
Compare pulmonary
and systemic
circula�ons. (K)
Illustrate zone 1, 2 and
3 of pulmonary blood
flow with the help of a
diagram. (K,S)
Features of pulmonary
circula�on
Comparison with systemic
circula�on
Blood flow through lungs and
its distribu�on
Effect of hydrosta�c pressure
gradients in lungs on regional
pulmonary blood flow
LGIS 1 hour
MCQs SEQs SAQs Viva
6 Pulmonary capillary dynamics
Explain the
interrela�onships
between inters��al
fluid pressure and other
Dynamics of fluid exchange
across the lung capillary
Pulmonary edema safety factor
Significance of nega�ve
pulmonary inters��al pressure
LGIS 1 hour
MCQs SEQs SAQs Viva
21
pressures of lung
Outline the
pathophysiology of
pulmonary edema. (K)
7. Principles of gases exchange
Explain the par�al
pressures of respiratory
gases as they enter and
leave the lungs (at sea
level). (K)
Physics of gases exchange
Vapor pressure of water
Comparison of par�al pressure
of respiratory gases in
atmosphere and alveoli
LGIS 1 hour
MCQs SEQs SAQs Viva
8 Respiratory membrane
Calculate the par�al
pressure of oxygen and
carbon dioxide in
atmosphere and body at
different level. (K)
Define diffusing capacity
and explain the factors
that effects rate of
gases diffusion across
respiratory
membrane.(K)
Physiological basis of different
par�al pressures in different
areas
Composi�on of alveolar and
atmospheric air
Alveolar gas equa�on
Structure and func�on of
respiratory membrane
LGIS 1 hour
MCQs SEQs SAQs Viva
9 Ven�la�on perfusion ra�o
VA/Q - I
Explain the physiological
basis of ven�la�on
perfusion ra�o and its
applica�on. (K)
Zones of lung.
Physiological basis of
ven�la�on and perfusion ra�o
Diagram of ven�la�on and
perfusion ra�o.
Effect of ven�la�on - perfusion
ra�o on alveolar gas
LGIS 1 hour
MCQs SEQs SAQs Viva
22
concentra�on.
10 Ven�la�on perfusion ra�o
VA/Q - II
Explain the physiological
basis of abnormali�es in
VA/Q ra�o. (K)
Concept of physiologic shunt
and physiologic dead space
Abnormali�es of ven�la�on-
perfusion ra�o
LGIS 1 hour
MCQs SEQs SAQs Viva
11 Oxygen transport – I
Discuss the various
modes of transport of
oxygen from
lungs/atmosphere to
�ssues (K)
Transport of oxygen from lungs
to �ssues via blood
Role of hemoglobin in oxygen
transport
LGIS 1 hour
MCQs SEQs SAQs Viva
12 Oxygen transport - II
Explain oxy hemoglobin
dissocia�on curve with
the help of diagram. (K)
(S)
Discuss its significance.
(K)
Transport of oxygen from lungs
to �ssues via blood
Oxy hemoglobin dissocia�on
curve
Factors causing right and le�
shi� of oxy hemoglobin
dissocia�on curve
Bohr’s effect
LGIS 1 hour
MCQs SEQs SAQs Viva
13 Transport of CO2 in blood and
�ssue fluids I
Discuss the various
modes of transport of
carbon dioxide from
�ssues to lungs and
atmosphere. (K)
Draw and explain CO2
Transport of carbon dioxide
from lungs to �ssues via blood
Diagram of CO2 dissocia�on
curve
LGIS 1 hour
MCQs SEQs SAQs Viva
23
dissocia�on curve for
arterial and venous
blood. (K,S)
14 Transport of CO2 in blood and
�ssue fluids II
Discuss haldene effect
and explain the
phenomenon of
Chloride shi�. (K)
Haldane’s effect
Chloride shi�
LGIS 1 hour
MCQs SEQs SAQs Viva
15 Nervous control of respira�on
� Enlist the components
of respiratory center
and discuss the role of
each in regula�on of
respira�on at rest and
during exercise.
Explain the significance
of Herring Breuer’s
infla�on reflex. (K)
Components and loca�on of
respiratory center
Medullary and pon�ne groups
of regulatory neurons
Genera�on of respiratory
rhythm
Role of ventral group of
respiratory neurons in forceful
breathing
Herring Breuer’s infla�on reflex
LGIS 1 hour
MCQs SEQs SAQs Viva
16 Chemical control of respira�on
Explain the role of
peripheral and central
chemoreceptors in
control of respira�on
Explain the physiological
basis of Cheyne Stokes
breathing (periodic
breathing) and sleep
apnea. (K)
• Loca�on of peripheral and
central chemoreceptor
• Effect of raised H+ ions in CSF
and raised pCO2 levels of
arterial blood on central
chemoreceptors
• Effect of decreased pO2, pH and
increased pCO2 on peripheral
chemoreceptors to regulate
respira�on.
LGIS 1 hour
MCQs SEQs SAQs
24
17 Respiratory insufficiency-
pathophysiology, diagnosis
and O2 therapy
Define and classify
hypoxia. (K)
Explain the
pathophysiology and
treatment of each type.
(k)
Describe the causes,
clinical features and
pathophysiology of
cyanosis, asphyxia,
hypocapnia and
hypercapnia (K)
Types of hypoxia
Causes, Pathophysiology and
treatment of different types
Pathophysiology of cyanosis
asphyxia hypocapnia and
hypercapnia
LGIS 1 hour
MCQs SEQs SAQs Viva
18 High al�tude physiology
Discuss the
physiological processes
employed for
acclima�za�on to low
PO2. (K)
Describe the
pathophysiology of
acute and chronic
mountain sickenss. (K)
Alveolar pO2 and satura�on of
hemoglobin with oxygen at
different al�tudes.
Effect of breathing pure oxygen
on alveolar pO2 at different
al�tudes
The acute effects of hypoxia.
Acclima�za�on to low PO2
parachute jumping
HAPE and HACE
LGIS 1 hour
MCQs SEQs SAQs Viva
19 Space physiology
Define centrifugal
acceleratory forces i.e
posi�ve and nega�ve G
and zero G. (K)
Measurement of G
Posi�ve and nega�ve loops
during avia�on
Ar�ficial climate in space cra�
LGIS 1 hour
MCQs SEQs SAQs Viva
25
Describe the effects of
posi�ve and nega�ve G
on the body along with
the management of
these effects. (K)
Weightlessness in space and its
effects on body systems
20 Deep sea physiology
Describe the
pathophysiology and
clinical features in
Nitrogen narcosis and
Decompression
sickness. (K)
Nitrogen narcosis
Decompression sickness
Hyperbaric oxygen therapy
SCUBA and submarine
physiology
LGIS 1 hour
MCQs SEQs SAQs Viva
26
Physiology Prac�cals
S. No.
Learning Objec�ves By the end of the session, students will be able to:
Content Areas
Teaching Ac�vity (Dura�o
n)
Assessment
1 Demonstra�on of simple spirometry
Iden�fy different
components of the
spirometer and explain
their func�ons. (S)
Assemble different
components of the
spirometer and connect
it with a kymograph. (S)
Components of the spirometer
Func�ons of each component of
spirometer
Prac�cal 2 hours
Viva voce
OSPE
2 Recording of lung volumes and
capaci�es by spirometry
Demonstrate the
procedure of recording
the spirogram. (S)
Draw the scale of the
graph and interpret the
readings accordingly. (S)
Calculate the observed
VC, TV, ERV and IRV and
convert ATPS values to
BTPS values. (S)
Scale of the spirogram
Lung volumes and capaci�es
Interpreta�on of the readings
Calcula�on of the observed VC,
TV, ERV and IRV
ATPS and BTPS values Prac�cal 2 hours
Viva voce
OSPE
3 Recording of forced expiratory
volumes by spirometer
Demonstrate the
procedure of recording
the forced spirogram.
Recording the forced spirogram.
Calcula�on of FEV1/FVC ra�o
Interpreta�on of the ra�o
Significance of recoding FEV1/FVC
ra�o in diagnosis of obstruc�ve
Prac�cal 2 hours
Viva voce
OSPE
27
(S)
Calculate FEV1/FVC
ra�o from the graph
and interpret their
results by comparing
with normal FEV1/FVC
ra�o. (S)
and restric�ve respiratory
diseases
4. Peak expiratory flow rate
(PEFR) with wright’s peak flow
meter and Stethography
Iden�fy and explain the
func�ons of different
components of Wright’s
peak flow meter and
demonstrate the
procedure of recording
the PEFR.(S)
Iden�fy different
components of
stethograph and explain
their uses. (S)
Record normal and
modified respiratory
movements. (S)
Iden�fy and calculate
the breath holding �me
and breaking point from
obtained graph. (S)
Func�ons of different components
of Wright’s peak flow meter
Recording the PEFR with the help
of Wright’s peak flow meter
Condi�ons in which PEFR is
decreased
Breath holding �me and breaking
point
Prac�cal 2 hours
Viva voce
OSPE
5 Examina�on of respiratory
system
Examine the front and
Protocol while examining
respiratory system
Steps of examina�on of chest
Prac�cal 2 hours
Viva voce
OSPE
28
back of chest of a given
subject (S)
Organize the
examina�on in a
manner which is
comfortable for the
pa�ent.(A)
- Inspec�on
- Palpa�on
- Percussion
- Ausculta�on
29
Physiology SEMINARS
S NO
Learning Objec�ve By the end of the session, students will be able to:
Content Areas
Teaching Ac�vity
(Dura�on)
Assessment
1 Respiratory mechanics and
Compliance.
Describe the mechanics
of breathing and explain
lung compliance. (S)
Mechanism of inspira�on at
rest and exercise
Mechanism of Expira�on at
rest and exercise
Transpulmonary pressure
Factors affec�ng compliance
Role of surfactant
Student Presenta�on
Marking / Evalua�on Marks 10
2 Lung volume and capaci�es
and V/Q ra�o
Explain different lung
volumes and capaci�es
and describe V/Q ra�o. (S)
Lung volumes, their values and significance
Lung capaci�es , their values and significance
V/Q ra�o in different lung zone and its significance
Physiological and anatomical dead space
Significance of V/Q ra�o
Student Presenta�on
Marking / Evalua�on Marks 10
3 Oxygen and carbon dioxide transport
Explain the transport of
oxygen and carbon dioxide
from lungs to �ssues via
blood. (S)
Transport of oxygen from
lungs to �ssues via blood
Oxy-hemoglobin dissocia�on
curve
Transport of carbon dioxide
from lungs to �ssues via blood
Diagram of CO2 dissocia�on
curve
Bohr effect Haldane effect,
chloride shi�
Student Presenta�on
Marking / Evalua�on Marks 10
30
4 Nervous and chemical control
of respira�on
Describe the nervous
and chemical control of
respira�on. (S)
Medullary and pon�ne groups
of regulatory neurons and
Genera�on of respiratory
rhythm
Role of ventral group of
respirator neurons in forceful
breathing
Herring Breuer’s infla�on
reflex
Role of central
chemoreceptor in control of
respira�on
Role of peripheral
chemoreceptor in control of
respira�on
Student Presenta�on
Marking / Evalua�on Marks 10
5 High al�tude and deep sea
diving
Explain the
acclima�za�on at high
al�tude. (S)
Describe the
pathophysiology, sign
and symptoms of
decompression
sickness and nitrogen
narcosis. (S)
Acclima�za�on to low PO2
The acute effects of hypoxia
Nitrogen narcosis
Decompression sickness
HAPE and HACE
Student Presenta�on
Marking / Evalua�on Marks 10
31
Biochemistry Lectures
S
NO
Learning Objec�ves
By the end of the session, students will be able to:
Content Areas
Teaching Ac�vity
(Dura�on)
Assessment
1. Introduc�on to vitamins
Define and classify vitamins Explain general aspects of all vitamins. (K)
• Defini�on and classifica�on of vitamins
• Bio-medical importance of vitamins
LGIS 1 hour
MCQs SEQs SAQs Viva
2. Vitamin A
Explain vitamin A in detail. (K)
• Sources of vitamin A • Daily requirement • Absorp�on • Chemical structure • Biochemical func�ons and visual
cycle • Effect of vitamin A deficiency • Hypervitaminosis A
LGIS 1 hour
MCQs SEQs SAQs Viva
3. Vitamin D Discuss role of vitamin D in the body. (K)
• Sources of vitamin D • Daily requirement • Absorp�on • Synthesisand ac�va�on of
vitamin D • Biochemical func�ons • Effect of vitamin D deficiency • Hypervitaminosis D
LGIS 1 hour
MCQs SEQs SAQs Viva
4 Vitamin E Discuss vitamin E and its role as
an�oxident. (K)
• Sources of vitamin E • Daily requirement • Absorp�on • Chemical structure and vitamin
E as an�oxidant • Biochemical func�ons • Effect of vitamin E deficiency • Hypervitaminosis E
LGIS 1 hour
MCQs SEQs SAQs Viva
5 Vitamin K and C Explain different features of
vitamin K and C. (K)
• Sources of vitamin K and C • Daily requirement • Absorp�on • Chemical structure of both
LGIS 1 hour
MCQs SEQs SAQs Viva
32
vitamins • Biochemical func�ons • Synthesis of vitamin K and role
of vitamin K in blood clo�ng • Effect of vitamin K and C
deficiency • Hyper vitaminos is of vitamin K.
6 Thiamine and riboflavin Outline characteris�cs of
thiamine and riboflavin in the body. (K)
• Sources of thiamine and riboflavin
• Daily requirement • Absorp�on • Chemical structure of both
vitamins • Biochemical func�ons of
riboflavin and thiamine • Thiamine deficiency in alcoholics • Effect of riboflavin and thiamine
deficiency • Hypervitaminosis of both
vitamins
LGIS 1 hour
MCQs SEQs SAQs Viva
7 Nico�nic acid and pantothenic acid
Explain role of nico�nic acid and
pantothenic acid in humans. (K)
• Sources of nico�nic acid and pantothenic acid
• Daily requirement • Absorp�on • Chemical structure of both
vitamins • Biochemical func�ons of
nico�nic acid and pantothenic acid
• Nico�nic acid role in DNA repair mechanism
• Effect of deficiency of nico�nic acid and pantothenic acid
• Hypervitaminosis of both vitamins
LGIS 1 hour
MCQs SEQs SAQs Viva
8 Pyridoxine and bio�n
Describe proper�es of pyridoxine
and bio�n. (K)
• Sources of pyridoxine and bio�n • Daily requirement • Absorp�on Chemical structure
of both vitamins • Biochemical func�ons • Pyridoxine role in mechanism of
ac�on of steroid hormone � Effect of deficiency of pyridoxine
LGIS 1 hour
MCQs SEQs SAQs Viva
33
and bio�n • Hypervitaminosis of both vitamins
9 Folic acid and cobalamin
Discuss role of folic acid and
cobalamin in the body. (K)
Explain role of vitamin as coenzymes and hemopoe�c vitamin.(K)
• Sources of folic acid and cobalamin
• Daily requirement • Absorp�on • Chemical structure of both
vitamins • Biochemical func�on of folic
acid and cobalamin • Folate trap hypothesis • Neural tube defect • Metabolite in urine in case of
vitamin B12 and folic acid • Effect of deficiency of folic
acid and cobalamin • Hypervitaminosis of both
vitamins
LGIS 1 hour
MCQs SEQs SAQs Viva
10 Nutri�on
Outline various aspects of nutri�on.(K)
Defini�on of nutri�on Bio-medical importance of
nutri�on Classes of nutrients Caloric value of food
LGIS 1 hour
MCQs SEQs SAQs Viva
11 Nutri�onal importance of nutrients
� Explain nutri�onal importance of each dietary nutrient.(K)
Nutri�onal importance of lipid carbohydrates protein vitamin minerals Water
LGIS 1 hour
MCQs SEQs SAQs Viva
12 Caloric requirement of body Describe various factors to
determine the daily caloric requirement of a person. (K)
Basal metabolic rate. (BMR ) Specific dynamic ac�on of
food (SDA) Effect of physical ac�vity
LGIS 1 hour
MCQs SEQs SAQs Viva
13 Balanced diet Discuss balanced diet in detail.
(K)
Defini�on of balanced diet Components of balanced diet
and it’s biomedical importance
Hazard of imbalanced diet
LGIS 1 hour
MCQs SEQs SAQs Viva
34
14 Protein energy malnutri�on Explain protein energy
malnutri�on. (K)
Protein energy malnutri�on Marasmus Kwashiorkor Marasmic-kwsahiorkor
LGIS 1 hour
MCQs SEQs SAQs Viva
15 Nutri�onal requirements Discuss nutri�onal requirements
in different phases of life.(K)
Nutri�onal requirement in Pregnancy
Lacta�on and new born Nutri�onal disorder
LGIS 1 hour
MCQs SEQs SAQs Viva
35
Biochemistry Prac�cals
S. NO
Learning Objec�ves By the end of this session students will be able to:
Content Areas
Teaching ac�vity
(Dura�on)
Assessment
1. Introducton to carbohydrate, Molisch’s test, Seliwanoff’s test
Define and classify carbohydrates. (K)
Perform Molisch’s, Seliwanoff’s and iodine tests. (S)
Detec�on of presence of carbohydrates in the given solu�on
Detec�on of presence of ketose sugar Ac�on of strong acids (Furfural Forma�on) Condensa�on of furfural with phenols to
form colored products Qualita�ve detec�on of polysaccharides Detec�on and dis�nc�on between starch,
dextrin, glycogen and cellulose Interpreta�on of results and biomedical
importance of test
Prac�cal 2 hours
Viva Voce
OSPE
2. Detec�on of reducing carbohydrates Perform Fehling’s, Benedict’s and
Barfoed’s tests. (S)
Qualita�ve detec�on of reducing carbohydrates
Qualita�ve and semi quan�ta�ve detec�on of reducing carbohydrates
Reduc�on of cupric hydroxide to cuprous oxide
Detec�on of reducing monosaccharides and disaccharides
Interpreta�on of results and biomedical importance of test
Prac�cal 2 hours
Viva Voce
OSPE
3. Ac�on of phenylhydrazine: Osazone forma�on. Perform osazone test. (S) Handle the microscope carefully.
(A) Urine analysis Perform bio-chemical examina�on of inorganic cons�tuent of urine. (S)
Qualita�ve detec�on of reducing carbohydrates
Reac�ons of reducing sugars with phenylhydrazine to form osazone crystals
Iden�fica�on and characteriza�on of
different sugars having closely similar
proper�es (like maltose and lactose).
Detec�on and dis�nc�on between monosaccharides (glucose, fructose, mannose), maltose, lactose and galactose
Interpreta�on of results and biomedical importance of test
Chemical proper�es of urine Bio-chemical examina�on of inorganic
cons�tuents Chlorides Calcium Phosphates
Prac�cal 2 hours
Viva Voce
OSPE
4. Hydrolysis of sucrose Perform hydrolysis of sucrose. (S) Handle the apparatus carefully.
(A) Tonicity
• demonstrate the effect of
solu�ons of different tonicity on
RBCs. (S)
Understanding structure of sucrose Understanding of hydrolysis of sucrose in
given solu�on Hydrolysis of sucrose in the presence of
concentrated HCL into its reducing monosaccharide cons�tuents, glucose and fructose.
Glucose and fructose give posi�ve results for tests of reducing sugars (Benedict’s and Fehling’s)
Also give posi�ve results for other tests such as the Osazone and Selivanoff‟s test
Prac�cal 2 hours
Viva Voce
OSPE
36
for monosaccharides Interpreta�on of results and biomedical
importance of test Effect of solu�ons of different tonicity on
RBCs osmo�c pressure Clinically used isotonic, hypotonic and
hypertonic solu�on explain osmo�c pressure (K)
enlist clinically used isotonic, hypotonic and hypertonic solu�on (K)
5. Hydrolysis of starch Perform hydrolysis of starch. (S) Beware of personal and lab
safety. (A)
Understanding structure of starch Understanding of hydrolysis of starch in
given solu�on Hydrolysis of starch in the presence of
concentrated HCL into glucose Glucose gives posi�ve results for tests of
reducing sugars (Benedict’s and Fehling’s) Also gives posi�ve results for other tests
such as the Osazone and Selivanoff‟s test for monosaccharides
Interpreta�on of results and biomedical importance of test
Prac�cal 2 hours
Viva Voce OSPE
37
Biochemistry Seminars
S NO
Learning Objec�ves By the end of the session, students
will be able to describe: Content Areas
Teaching Ac�vity
(Dura�on) Assessment
1. Defini�on and classifica�on of vitamins. Fat soluble vitamins
Define and classify vitamins. Explain fat soluble vitamins.
(S)
Defini�on and classifica�on of vitamins
Sources of vitamin A,D,E,K Daily requirement Absorp�on Chemical structure Biochemical func�ons Effect of vitamins deficiency Hypervitaminosis Visual cycle, Synthesis and
ac�va�on of vitamin D, vitamin E as an�oxidant Synthesis of vitamin K and role of vitamin K in blood clo�ng
Student Presenta�on
7 minutes
Marking / Evalua�on Marks 10
2. Thiamine, riboflavin, niacin and vitamin C
Outline characteris�cs of thiamine, riboflavin, niacin and vitamin C in the body.
(S)
• Sources of thiamine , riboflavin, nico�nic acid and vitamin C
• Daily requirement • Absorp�on • Chemical structure of all vitamins • Biochemical func�ons • Thiamine deficiency in alcoholics • Effect of deficiency • Hypervitaminosis • Nico�nic acid role in DNA repair
mechanism
Student Presenta�on
7 minutes
Marking / Evalua�on Marks 10
3. Folic acid ,vitamin B12 ,pantothenic acid ,bio�n and pyridoxine
Outline characteris�cs of Folic acid, vitamin B12, pantothenic acid, bio�n and
pyridoxine in the body. (S)
• Sources of folic acid ,vitamin B12, pantothenic acid ,bio�n and pyridoxine
• Daily requirement • Absorp�on • Chemical structure of all vitamins • Biochemical func�ons • Effect of deficiency • Hypervitaminosis • Pyridoxine role in mechanism of
ac�on of steroid hormone • Folate trap hypothesis • Neural tube defect • Metabolite in urine in case of
vitamin B12 and folic acid
Student Presenta�on
7 minutes
Marking / Evalua�on Marks 10
4.
Nutri�on Outline various aspects of
nutri�on. (S)
Defini�on of nutri�on Bio-medical importance of nutri�on Classes of nutrients Caloric value of food Defini�on of respiratory quo�ent Methods to determine respiratory
quo�ent
Student Presenta�on
7 minutes
Marking / Evalua�on Marks 10
38
Various factor affec�ng respiratory quo�ent
Specific dynamic ac�on of food Nutri�onal importance of fat
soluble and water soluble vitamin Calcula�on of caloric requirement
of a medical student
5. Balanced diet Define and explain balanced
diet. Outline hazard of
imbalanced diet. (S)
Defini�on Role of water, protein,
carbohydrate, fat and fiber Bio-medical importance of balanced
diet Hazard of imbalanced diet Protein energy malnutri�on
including kwashiorkor and marasmus
Student Presenta�on
7 minutes
Marking / Evalua�on Marks 10
39
PROBLEM BASED LEARNING (PBL)
2 PBLs will be introduced in this module.
Each will be introduced in one week and will be discussed in the next one taking four weeks
in total
Learning Tool Theme PBL trigger Subjects integrated in PBL
PBL 1
Difficulty in breathing
A known asthma�c pa�ent comes with shortness of breath
and fracture and
Learning objec�ves will be from Anatomy,
Physiology, Biochemistry, Medicine and Community
Medicine
PBL 2
Diving dilemma
A�er a deep sea dive the pa�ent comes with
severe pain in joints and dyspnea
Learning objec�ves will be from Anatomy,
Physiology, Biochemistry and Pathology
Learning Resources:
The students will be guided to look for the relevant study material from the books guided by each
discipline in this study guide in their relevant sec�on in addi�on to the other reference books
from the college library.
40
MEDICINE LECTURES
S No
Learning Objec�ves By the end of the session, students will be able to:
Content Areas
Teaching Ac�vity (Dura�on)
Assessment
1 Asthma
Iden�fy clinical
features and list
inves�ga�ons of
asthma. (K)
Defini�on of asthma
Clinical features of asthma
Inves�ga�on of asthma
LGIS 1 hour
MCQs/SEQs /SAQs
2 Pneumonia
Iden�fy clinical
features and
enumerate
inves�ga�ons of
pneumonia. (K)
Defini�on of pneumonia
Classifica�on and Clinical
features of pneumonia
Inves�ga�on in diagnosing
pneumonia
LGIS 1 hour
MCQs/SEQs /SAQs
41
PHARMACOLOGY LECTURE
S # Learning Objec�ves
By the end of the session, students will be able to:
Content Areas Teaching Ac�vity
(Dura�on) Assessment
1. Introduc�on to drugs used to
manage bronchial asthma:
Iden�fy different groups of
drugs used in the
treatment of bronchial
asthma. (K)
Outline the role of various
groups of drugs used in
bronchial asthma. (K)
List the steps in the
treatment and prophylaxis
of acute severe asthma. (K)
Major group of drugs used
in bronchial asthma
Pharmacokine�cs,
mechanism of ac�on,
pharmacological ac�ons,
therapeu�c uses and
adverse effects
Management of acute
severe asthma
Prophylaxis of bronchial
asthma
LGIS 1 hour
MCQs/ SEQS/SAQS
42
SURGERY LECTURES
S#
Learning Objec�ves By the end of the session, students will be able to:
Content Areas
Teaching Ac�vity
(Dura�on)
Assessment
1. 2.
Tumors of lung and pleura Iden�fy various tumors
of lung, pleura and
chest cage. (K)
Injuries of lungs and
pleura
Iden�fy various lung,
pleura and chest wall
injuries. (K)
Tumors of lungs
Tumors of pleura
Tumors of ribs
Injuries of lungs
Injuries of pleura
Fracture of ribs and
thoracic cage
LGIS 1 hour
LGIS 1 hour
MCQS/ SEQS/SAQS
MCQS/ SEQS/SAQS
43
COMMUNITY MEDICINE LECTURES
S # Learning Objec�ves
By the end of the session, students will be able to:
Content Areas Teaching Ac�vity
(Dura�on) Assessment
1 Iden�fy the epidemiologic determinants of acute respiratory infec�ons. (K)
Discuss the preven�ve measures of acute respiratory infec�ons. (K)
Causes of respiratory diseases
WHO model of acute respiratory infec�ons
Preven�ve measures
(LGIS)
1 hour
MCQs/
SEQ/SAQS
2 Describe the epidemiology and preven�ve measures of influenza and its subtypes. (K)
Basic defini�ons Dynamics of disease
transmission Epidemiologic triad preven�ve measures of
influenza and its subtypes
LGIS
1 hour
MCQs/
SEQ/SAQS
3. Explain the epidemiology and prevention of meningococcal meningi�s. (K)
Epidemiological determinants
Mode of transmission of meningococcal meningi�s
Preven�on and control
(LGIS)
1 hour
MCQs/
SEQ/SAQS
4 Enlist the hazards of smoking. (K)
Discuss the preven�ve measures of smoking. (K)
Causes of smoking Chemical composi�on of
cigare�e Health Hazards of
smoking Preven�on
(LGIS)
1 hour
MCQs/
SEQ/SAQS
44
PATHOLOGY LECTURE
S # Learning Objec�ves
By the end of the session, students will be able to:
Content Areas Teaching Ac�vity
(Dura�on) Assessment
1. Give an overview of respiratory tract infec�ons. (K)
Upper respiratory tract infec�ons (Phyrangi�s, laryngi�s)
Lower respiratory tract infec�ons (pneumonia, tuberculosis)
LGIS 1 hour
MCQs/SAQS SEQs
45
GENERAL PEDRIATICS LECTURE
S # Learning Objec�ves
By the end of the session, students will be able to:
Content Areas Teaching Ac�vity
(Dura�on) Assessment
1. Describe the
pathophysiology of
respiratory distress
syndrome. (K)
Enlist the risk factors and
causes for RDS, ARI and
pneumonia. (K)
Enlist the clinical sign and
symptoms (K)
Interpret lab inves�ga�ons
and radiological findings of
these diseases.(K)
Causes,
pathophysiology
predisposing factors,
clinical presenta�on
and lab inves�ga�on
Radiological findings
LGIS 1 hour
MCQs SEQs/SAQs
46
RADIOLOGY LECTURE
S #
Learning Objec�ves By the end of the session, students will be able to:
Content Areas Teaching Ac�vity
(Dura�on) Assessment
1. Iden�fy normal anatomical structures of respiratory system on an X-ray Chest. (K)
Trachea Carina Hilar structures Lymph nodes
(Paratracheal, carinal, hilar)
Major bronchi Difference in
angula�on of right and le� main bronchi
Fissures (Horizontal. Oblique. Azygos)
Pleural layers Lung vasculature End-on blood
vessels, end -on bronchi.
Rela�onship between arteries and air channels.
Normal shape and levels of domes of diaphragm.
Lung bases. Costo-phrenic angles Lung compliance
LGIS 1 hour
MCQs SEQs