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Ministry of Higher Education and Scientific Research
Apparatus of Supervision and Scientific Evaluation
Department of Quality Assurance and Academic Accreditation
Academic program specification form for colleges and institutes
University:al-mustansiriya
College \ institute: Dentistry college
Scientific Department: Basic Science Department
Date of filling the file:6-2016
Signature: Signature:
Head of Department Name: Scientific Associate name
Date: Date:
The file verified by
Quality Assurance and University Performance Division
Head of Quality Assurance and University Performance Division name:
Date:
Signature:
Dean authentication
Academic Program Description
This Academic Program description provides briefed information of the most important features of the program and the expected learning outcomes of the student proving whether he has made the maximum benefit from the available opportunities. And it is accompanied by a description of each course within the program.
Al-mustansiriya university-dentistry college
1. Educational institution
Basic Science Department
2. Scientific department / center
Program Description academic - university performance program
3. Academic program name
Bachelor of Dental Surgery
4. Final degree name
Annually
5. The education system
Association of Arab Universities Program - was adopted and
ASIC (Accreditation Service for International College )
6. Accreditation program
Follow the curriculum in a solid international universities in the same jurisdiction
7. Other external influences
6-2016
8. Date of description
9. Academic Program Objectives
1. urged the students and the follow-up to their level of study in specific periods and develop their abilities
2 -apply academic vocabulary
3 _update the curriculum by teaching staff by 10 % a year or more or less
4. Preparing reports to monitor the implementation of quality standards in all aspects pertaining to students, faculty and teaching staff and curricula
. The Basic Science Branch teaching basic science and medical beside her theoretical and practical , which include stepped on chemistry and physiology , tissue, microbiology and medicine and medical physics , medical biology ,Computing and human rights in the three stages of learning ( first , second and third
10. The required outputs of the program and the methods of teaching, learning and assessment
A. Cognitive goals
A1- medical physics skills aimed at the study of the laws of physics applications on humans, such as electrical, mechanical, motion, and pressure A, sound and hearing, light and vision, and body ..... etc. In addition to the study of medical devices used in the diagnosis and treatment of some medical conditions and the impact of these devices work on the body Human.
A2- teach students in college how to use of chemicals and handling in addition to familiarizing students with the vital compounds which are important in the human body and the preparation of chemical solutions. O3- skills of biological for the installation of animal cell and parasite and diseases learned genetics .
A4- comprehensive knowledge of the subject of public tissues and body systems and their relationship to disease textile body , especially the oral and the skills to use the calculator and learn about the concept of human and democratic rights.
O5- skills Learn the physiology of different organs of the body and skill identify the chemistry of life .
A6- identify microbiology and subdivisions where includes the study of bacteria, viruses and immunology addition to the study of parasites and fungi , especially related to the disease, oral .kzlk skill to choose the appropriate medication for each medical condition and medication , mechanical work and its effects
B. Skill goals of the program
.
B 1 - Skills conduct laboratory tests of chemical and bacteriological diagnostic and immunological and parasites
B 2 - a microscopic examination of tissue skill and microbiology and cellular components and a working knowledge of medical devices .
B 3 - Skill know Alveslchi change for each body devices described therapeutic drugs
Teaching and learning methods
1. training sessions in small student groups for training laboratory
2. lectures, seminars and laboratories practical and theoretical -win
3. posters and illustrations and miniature models of scientific and video movies
Assessment methods
1- examinations daily exam
2. quarterly and annual exams AND final EXAM for two theoretical and practical branch
3. prepare reports or other home work
C. Affective and value goals
c1- established advanced curriculum
c2- develop the skills and expertise of the teaching staff
c3- urged students and teaching staff to use the latest scientific sources
c4- prepare Dentist carries high medical values to deal with the patient and how to diagnose and treat
Teaching and learning methods
1-Develop a plan to ask questions and put the questions and put up quick exams intellectual daily , quarterly and final practical and theoretical side
_2- Explain and discuss the theoretical lecture program using Power Point presentation and other means of illustrations and video footage scientific
3-Worked ring brief reports shared by two or more to study for vocabulary curriculum
- Hands-on training for the vocabulary that need to be trained
Assessment methods
1- establish Classroom discussions .
2.answer for quick examinations Rated level students.
3.assessment for practical lessons that need to be hands-on training .
4.answer the quarterly exams and the final of the theoretical and practical aspects .
D. General and rehabilitative skills (other skills related to the viability of employment and personal development)
D1- pursue external sources such as books, scientific journals and websites scientific
D2 - creating foreign Questions from those sources and focus on the most important developments Updates Questions manner mode.
D3 - up depend discussions , put the continued scientific topics within the field of competence for discussion and be marked as such and homework to consolidate the information.
D4 - urged students to pursue educational chains that offer a Video on formal scientific links and how to utilize them to develop practical skills in particular.
Teaching and learning methods
Use a power point presentation to foreign lectures and topics that are in the course or path of the subject matter with her questions .
The use of scientific models and short films to illustrate the most important techniques and devices for detecting oral cancer disease
Assessment methods
Through periodic visits by other professors for teaching competent and style put to the subject and discuss it.
A different questionnaires related to scientific material and curriculum and the practical side
11. The program structure
Credits
course name
course code
Educational stage
Practical
Theoretical
2
4
Medical Chemistry
50201103
1st year
2
4
Medical physics
50201102
1st class
2
4
biology
50201101
1st class
2
4
computer
50201104
1st class
-
2
Human rights
5020110
1st class
4
4
biochemistry
50203213
2nd class
2
4
physiology
50201212
2nd class
2
4
General histology
50201208
2nd class
2
4
microbiology
5020139
3rd class
2
4
pharmacology
50201315
3 rd class
12. Planning for personal development
1- preparation Program of annual curriculum for each subject by teaching himself.
2.follow the program accurately.
3.preparation questions and discussions and examinations theoretical and practical evaluation of the student role.
4. Note the most important obstacles that we have encountered in the implementation of the program self-evaluation of the performance
13. Acceptance criterion (regulation concerning enroll in the college or institute)
Standard acceptance Central
Standard parallel acceptance has been applied in the college school year 2015-2016
14. The most important sources of information about the program
Depend on the global universities solid programs in the same jurisdiction and the Federation of Arab Universities
الصفحة 4
Scheme of curriculum skills
Please tick in the corresponding boxes for individual learning outcomes of the program under assessment
required learning outcomes of the program
General and rehabilitative skills
Affective and value goals
Skill goals of the program
Cognitive goals
Basic
Or optional
Course name
Course code
Year / Level
D4
D3
D2
D1
C4
C3
C2
C1
B4
B3
B2
B1
A4
A3
A2
A1
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BASIC
Medical Chemistry
50201103
FIRST
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
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BASIC
Medical physics
50201102
FIRST
√
√
√
√
√
√
√
√
√
√
√
√
√
√
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BASIC
Biology
50201101
FIRST
√
√
√
√
√
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BASIC
Computer
50201104
FIRST
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√
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BASIC
Human rights
5020110
FIRST
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√
√
√
√
√
√
√
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√
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BASIC
biochemistry
50203213
SECOND
√
√
√
√
√
√
√
√
√
√
√
√
√
√
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BASIC
Physiology
50201212
SECOND
√
√
√
√
√
√
√
√
√
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√
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√
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BASIC
General histology
50201208
SECOND
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√
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√
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BASIC
microbiology
5020139
THIRD
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√
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√
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√
√
√
√
√
√
√
√
BASIC
pharmacology
50201315
THIRD
Course Description
This course description provides briefed information of the most important features of the course and the expected learning outcomes of the student proving whether he has made the maximum benefit from the available opportunities. It must be linked with the program description
Dentistry college
1. Educational institution
Basic science department
2. Scientific department \ center
Medical chemistry – 50201103
3. Course name\ code
Weekly
4. Available attendance forms
Year
5. Semester \year
60 hour theory and 60 hour practicle
6. Credits (total)
6-2016
7. Date of description
8. Course objectives
1. teach students in college how to use and the use of chemicals and handling in addition to familiarizing students with the vital compounds which are important in the human body .
2. teach students in college how to detect some biological compounds found in the human body .
3. teach students in college how to prepare chemical solutions and determine the focus
10. The outputs of the course and the methods of teaching, learning and assessment
A. Cognitive goals
A1The student should be able to know the physiology of the various organs of the body
A2- to be able to know the pharmacology and the most important kinds and their effects and their uses
A3- to know life and medicinal chemistry and its importance
A4- to be able to know the different histological layers and Tgieradtha as well as knowledge of the importance of medical physics and its applications , especially the work of medical devices
A5- that the student knows the most important microbiology diseases and pathological characteristics , diagnosis add to the knowledge of the cellular components
A6- be able to handle and use a computer and know the meaning of human rights and democracy
11. Course structure ( MEDICAL CHEMISTRY – FIRST CLASS )
Assessment methods
Teaching methods
Subject name
Required learning outputs
Hours
week
Daly exam.
Power point slides
The Atom
The study of Atom and its component
2 hours theory and 2 hours practical weekly
1-
Daly exam.
Power point slides
Organic Chemistry
Aldehyde, Ketones, preparations and reactions.
2 hours theory and 2 hours practical weekly
2-
Daly exam.
Power point slides
Organic Chemistry
Alkenes and Alkyne, naming , structures ,reactions. Mechanism.
2 hours theory and 2 hours practical weekly
3-
Daly exam.
Power point slides
Organic Chemistry
Aromatic compounds, Naming, structure of benzene, Electrophilic aromatic reaction, other reaction, Aromatic compounds in nature.
2 hours theory and 2 hours practical weekly
4-
Daly exam.
Power point slides
Inorganic Chemistry
Types of solutions, Concentrations. Colloids and Osmosis ,Dialysis
2 hours theory and 2 hours practical weekly
5-
Daly exam.
Power point slides
Inorganic Chemistry
Types of solutions, Concentrations. solubility, chemical aquarium, ionization in water.
2 hours theory and 2 hours practical weekly
6-
Daly exam.
Power point slides
Inorganic Chemistry
Neutralization, aqueous solution of salt
2 hours theory and 2 hours practical weekly
7-
Daly exam.
Power point slides
Inorganic Chemistry
Aqueous solutions and colloids
2 hours theory and 2 hours practical weekly
8-
Daly exam.
Power point slides
Inorganic Chemistry
pH scale, acid-base titration, Normality, ionization constant, Breasted acids and bases
2 hours theory and 2 hours practical weekly
9-
Daly exam.
Power point slides
Inorganic Chemistry
Reaction of acid and bases with carbonic acid, and its salt, Ions in
2 hours theory and 2 hours practical weekly
10-
Daly exam.
Power point slides
Inorganic Chemistry
Ionization ,Buffer solutions and Acid – Base balance in blood.
2 hours theory and 2 hours practical weekly
11-
Daly exam.
Power point slides
Inorganic Chemistry
Types of radiation ,Ionizing radiation, nuclear reaction, Half –life. Radiation dosage.
2 hours theory and 2 hours practical weekly
12-
Daly exam.
Power point slides
Radiations
Detecting ionizing radiation, Ionizing Radiation and nuclear reactions
2 hours theory and 2 hours practical weekly
13-
Daly exam.
Power point slides
Stereo Chemistry
Stereo chemistry and stereo isomers
2 hours theory and 2 hours practical weekly
14-
Daly exam.
Power point slides
Stereo Chemistry
Isomers and their distribution in space
2 hours theory and 2 hours practical weekly
15-
Daly exam.
Power point slides
Carbohydrate
Classifying carbohydrate, three dimensional structure of monosaccharide, the cyclic structure of monosaccharide.
2 hours theory and 2 hours practical weekly
16-
Daly exam.
Power point slides
Carbohydrate
Mutarotation, Reactions of monosaccharide,
2 hours theory and 2 hours practical weekly
17-
Daly exam.
Power point slides
Carbohydrate
Disaccharide , sucrose, lactose and maltose, Polysaccharide, starch, cellulose, glycogen.
2 hours theory and 2 hours practical weekly
18-
Daly exam.
Power point slides
Lipids
Fatty acids, waxes, Triglyceride,
2 hours theory and 2 hours practical weekly
19-
Daly exam.
Power point slides
Lipids
Phosphoglyceride, sphingolipids
2 hours theory and 2 hours practical weekly
20-
Daly exam.
Power point slides
Lipids
Soaps, Terpens, steroids and steroids hormones.
2 hours theory and 2 hours practical weekly
21-
Daly exam.
Power point slides
Proteins
Amino acids, properties of amino acids, Reactions of amino Acid
2 hours theory and 2 hours practical weekly
22-
Daly exam.
Power point slides
Proteins
Peptide bonds, primary ,secondary and tertiary structure
2 hours theory and 2 hours practical weekly
23-
Daly exam.
Power point slides
Proteins
Structures of proteins
2 hours theory and 2 hours practical weekly
24-
Daly exam.
Power point slides
Enzymes
Enzymes as catalysts, Naming and Classifying, Enzymes cofactors,
2 hours theory and 2 hours practical weekly
25-
Daly exam.
Power point slides
Enzymes
Enzyme inhibition, Competitive and non- competitive inhibitors.
2 hours theory and 2 hours practical weekly
26-
Daly exam.
Power point slides
Biochemistry
Poisons, Chemical compounds that fight infectious diseases, anti metabolite, anti biotic, penicillin, tetracycline.
2 hours theory and 2 hours practical weekly
27-
Daly exam.
Power point slides
Nucleic Acids
Composition , structure of nucleoside & nucleotide
2 hours theory and 2 hours practical weekly
28-
Daly exam.
Power point slides
Nucleic Acids
Structure of DNA & RNA ,Transcription and RNA, Translation and the genetic code.
2 hours theory and 2 hours practical weekly
29-
Daly exam.
Power point slides
Nucleic Acids
Proteins synthesis, Mutation
2 hours theory and 2 hours practical weekly
30-
12. The Infrastructure
1-George H. S. “The Chemical Basis Of Life:, Little, Brown and Company, 2012.
2-Robert K. M. ,Peter A. M. Daryl K. G. ,and Victor :Harper, Biochemistry, Appleton & Lange, 2013.
1.Textbooks required
1- Abrahams W. h. Principle Of Biochemistry, McGraw-Hill KOKAUSHA, LTD, 2010
2- Morrison and Boyd R.N. “ Ellyn and Bacon. Inc.,2013.
2.References
Non
a. Recommended books and references (scientific journals, reports, ....)
Non
b. Electronic References, and websites ....
13. Plan for development of the course
Non
Course Description
This course description provides briefed information of the most important features of the course and the expected learning outcomes of the student proving whether he has made the maximum benefit from the available opportunities. It must be linked with the program description
Dentistry college
1. Educational institution
Basic science branch
1. Scientific department \ center
Medical physics / 50201102
1. Course name\ code
Theoretical (lectures) + practical (lab)
1. Available attendance forms
Year
1. Semester \year
60 theoretical + 60 practical
1. Credits (total)
5/2016
1. Date of description
1. Course objectives
Medical physics study the application of physics laws on human body and medical devices and instrument that used in diagnosis and treatment some illness cases and the effect of this devises on human body .
Course structure – medical physics –first class
Assessment methods
Teaching methods
Subject name
Required learning outputs
Hours
Week
Daily Quiz
PowerPoint
Terminology, Modeling,
And Measurement
Introduction
2 hours theory and 2 hours practical weekly
1
Daily Quiz
PowerPoint
Physics of the Cardiovascular System
The laws used in cardiovascular system
2 hours theory and 2 hours practical weekly
2
Daily Quiz
PowerPoint
Pressure
The application and effect of
2 hours theory and 2 hours practical weekly
3
Daily Quiz
PowerPoint
Physic of the skeleton
Study the solidity of skeleton
2 hours theory and 2 hours practical weekly
4
First Exam
2
5
Daily Quez
PowerPoint
Force on the body
The effect of external force on human body
2 hours theory and 2 hours practical weekly
6
Daily Quez
PowerPoint
Force in the body
The effect of internal force in human body
2 hours theory and 2 hours practical weekly
7
Daily Quez
PowerPoint
Applications of Electricity in Medicine
The body electricity and the devices used to detect
2 hours theory and 2 hours practical weekly
8
Daily Quiz
PowerPoint
Applications of Magnetism in Medicine
The body magnetism and the devices used to detect
2 hours theory and 2 hours practical weekly
9
2nd exam
2
10
Daily Quiz
PowerPoint
Cold in Medicine
The effect of cold on the body
2 hours theory and 2 hours practical weekly
11
Daily Quiz
PowerPoint
Heat in Medicine
The effect of heat on the body
2 hours theory and 2 hours practical weekly
12
Daily Quiz
PowerPoint
Cardiovascular Instrumentation part 1
The devices used for cardiovascular test
2 hours theory and 2 hours practical weekly
13
Daily Quiz
PowerPoint
Physics of respiratory system
The laws application in respiratory system
2 hours theory and 2 hours practical weekly
14
Third Exam
2
15
Midyear exam
2
16
Daily Quiz
PowerPoint
Sound in Medicine
Sound application on the body
2 hours theory and 2 hours practical weekly
17
Daily Quiz
PowerPoint
Physics of the Ear
The structure of ear
2 hours theory and 2 hours practical weekly
18
Daily Quiz
PowerPoint
Physics of the Hearing
The hearing function
2 hours theory and 2 hours practical weekly
19
Daily Quiz
PowerPoint
Physics of Magnetic resonance imaging
The function of magnetic resonance image
2 hours theory and 2 hours practical weekly
20
First Exam
21
Daily Quiz
PowerPoint
Light in Medicine
Light application on the body
2 hours theory and 2 hours practical weekly
22
Daily Quiz
PowerPoint
Electricity Within The Body
part1
2 hours theory and 2 hours practical weekly
23
Daily Quiz
PowerPoint
Electricity Within The Body
Part2
2 hours theory and 2 hours practical weekly
24
Second Exam
2
25
Daily Quiz
PowerPoint
Physics of Eyes and Vision
part1
2 hours theory and 2 hours practical weekly
26
Daily Quiz
PowerPoint
Physics of Eyes and Vision
part2
2 hours theory and 2 hours practical weekly
27
Daily Quiz
PowerPoint
Physics of Diagnostic X-Rays
part1
2 hours theory and 2 hours practical weekly
28
Daily Quiz
PowerPoint
Physics of Diagnostic X-Rays
part2
2 hours theory and 2 hours practical weekly
29
Third Exam
2
30
1.
1. John R. Cameron," Medical physics", New York , 2000.
1. Guyton Arthur C. Guyton, &John E. Hall, "
Medical physiology" ,Elsevier Saunders 2010.
1.Textbooks required
1. BH Brown, RH Smallwood, "Medical physics and biomedical
engineering"UK,1999.
2.References
------------------
16. Recommended books and references (scientific journals, reports, ....)
-----------------------------
16. Electronic References, and websites ....
1. Plan for development of the course
1-Increase the theoretical and practical time
2- buy a new laboratory devises and instrument
3- the increasing the area of lab
Course Description
This course description provides briefed information of the most important features of the course and the expected learning outcomes of the student proving whether he has made the maximum benefit from the available opportunities. It must be linked with the program description
College of dentistry
1. Educational institution
Basic science department
1. Scientific department \ center
Medical biology – 50201101
1. Course name\ code
Theory attendance Lectures +Practical attendance laboratories
1. Available attendance forms
First semester and second semester
1. Semester \year
30 hours theory +30 hours practical
1. Credits (total)
5/2016
1. Date of description
1. Course objectives
1. Be able to recognize animal cell structure and some important vital processes that are happening inside it such as mitosis and meiosis .
1. Be able to recognize some important parasites that infect man with their common diseases such as malaria , bilharzia , and Baghdad boil … .
1. Be able to describe the four types of animal tissues with update information like some diseases correlate with each type .
1. Have obtained basic genetics in simple and update framework like the structure of DNA and RNA , mutations and some genetical abnormalities like mangolism and hemophilia .... .
1. Course structure ( biology – first year )
Assessment methods
Teaching methods
Subject name
Required learning outputs
Hours
week
Quizes
Slides and power point
with historical review
1-General introduction
2 hours theory and 2 hours practical weekly
1-
Quizes
Slides and power point
3-General introduction of systematic biology , kigdoms classification
2-Branches of biology .
2 hours theory and 2 hours practical weekly
2-
Quizes
Slides and power point
viruses and bacteria
General characters of
2 hours theory and 2 hours practical weekly
3-
Quizes
Slides and power point
Introduction concepts of cell biology
(Cell biology):-
2 hours theory and 2 hours practical weekly
4-
Quizes
Slides and power point
and types of electronic microscopes.
types of light microscopes
2 hours theory and 2 hours practical weekly
5-
Quizes
Slides and power point
of cell membrane .
Structure and function
2 hours theory and 2 hours practical weekly
6-
Quizes
Slides and power point
, ribosomes , mitochondria , golgi apparatus , and lysosomes) .
Structure and function of
(endoplasmic reticulum
2 hours theory and 2 hours practical weekly
7-
Quizes
Slides and power point
nonliving inclusions , and macromolecules ) .
Structure and functio of ( centrosomes , cytoskeleton ,
2 hours theory and 2 hours practical weekly
8-
Quizes
Slides and power point
nuclear membrane .
Structure and function of
2 hours theory and 2 hours practical weekly
9-
Quizes
Slides and power point
Mitotic division and
Meiotic division .
Eukaryotic cell cycle .
2 hours theory and 2 hours practical weekly
10-
Quizes
Slides and power point
( oogenesis and spermatogenesis)
Gametogenesis
2 hours theory and 2 hours practical weekly
11-
First semester exam
Quizes
Slides and power point
(parasitic protozoa):-
1-Entamoeba histolytica ,
2-Entamoeba coli ,
3- Entamoeba gingivalis .
Relationships between parasitic organisms and their hosts .
2 hours theory and 2 hours practical weekly
12-
Quizes
Slides and power point
5-Trichomonas Spp.
4-Giardia lamblia ,
2 hours theory and 2 hours practical weekly
13-
Quizes
Slides and power point
7-Plasmodium Spp. .
6- Leishmania Spp.
2 hours theory and 2 hours practical weekly
14-
Quizes
Slides and power point
2-Schistosoma Spp. .
Other parasites :-
1-Fasciola hepatica
2 hours theory and 2 hours practical weekly
15-
Quizes
Slides and power point
5-
Echinococcus granulosus .
3-Taenia solium
4-Taenia saginata
2 hours theory and 2 hours practical weekly
16-
Quizes
Slides and power point
8- Enterobius vermicularis .
6-Ascaris lumbricoides
7-Ancylostoma duodenale
2 hours theory and 2 hours practical weekly
17-
Midyear exam
Quizes
Slides and power point
1-Epithelial tissues :-
A-Covering and lining epithelial tissues :-
a-Simple epithelial tissues.
b-Stratified epithelial tissues .
(Histology) :-
Introduction of general histology .
2 hours theory and 2 hours practical weekly
18-
Quizes
Slides and power point
Classification of exocrine glands
B-Glandular epithelium (glands):-
2 hours theory and 2 hours practical weekly
19-
Quizes
Slides and power point
Cells , fibers and matrix of connective tissue .
2-Connective tissues :-
2 hours theory and 2 hours practical weekly
20-
Quizes
Slides and power point
2- Proper connective tissues :-
a-Loose connective tissues:-
Classification of connective tissues :-
1-Embryonic connective tissues.
2 hours theory and 2 hours practical weekly
21-
Quizes
Slides and power point
Types of dense connective tissue
b-Dense connective tisses:-
2 hours theory and 2 hours practical weekly
22-
Quizes
Slides and power point
a-Cartilages .
3-Specialized connective tissues :-
2 hours theory and 2 hours practical weekly
23-
Quizes
Slides and power point
b-Bones .
3-Specialized connective tissues :
2 hours theory and 2 hours practical weekly
24-
Second semester exam
Quizes
Slides and power point
d-Haemopioetic tissues .
c-Blood .
2 hours theory and 2 hours practical weekly
25-
Quizes
Slides and power point
Types and structure of muscles
3-Muscle tissues .
2 hours theory and 2 hours practical weekly
26-
Quizes
Slides and power point
Types of neurons and neurogilials
4-Nervous tissue .
2 hours theory and 2 hours practical weekly
27-
Quizes
Slides and power point
Structure of chromosome , structure of DNA , DNA replication , types of RNA , RNA transcription .
Introduction in genetics
2 hours theory and 2 hours practical weekly
28-
Quizes
Slides and power point
Genetic engineering , cloning .
Mutation, Blood groups ,
2 hours theory and 2 hours practical weekly
29-
Quizes
Slides and power point
2-Sickle cell anemia .
3- hemophilia
Genetic abnormalities :-
1-Mangolism .
2 hours theory and 2 hours practical weekly
30-
Final exam
1. The Infrastructure
Raven,P.H.andFohson,G.B.",Biology",4thed.,Wm.C.Brwn Publisher , London , 1996 .
1.Textbooks required
1-Roberts , S.L. and Schmidt , G.D. ,"Foundation of Parasitology", 8thed. , Mc Graw Hill , New York , 2009 .
2-Ross , M.H. and Pawlina , W. ,"Histology A Text and Atlas" , 6thed. , Lippincott Williams and Wilkins , London , 2011 .
3-Arora , D.R. and Arora , B.B. ,"Textbook of Microbiology for dental students " , 3rded. , CBS Publishers , New Delhi , 2011 .
2.References
Nothing
24. Recommended books and references (scientific journals, reports, ....)
Nothing
24. Electronic References, and websites ....
1. Plan for development of the course
Nothing
Course Description) computer science – first class )
This course description provides briefed information of the most important features of the course and the expected learning outcomes of the student proving whether he has made the maximum benefit from the available opportunities. It must be linked with the program description
College of Dentistry
1. Educational institution
Basic Science Dept.
1. Scientific department\ center
Computer Science / 50201101
1. Course name\ code
3 hours daily (1 theoretical )
1. Available attendance forms
Annually (first semester+ second semester)
1. Semester \ year
90 hours(30 theoretical +60 practical) annually
1. Credits (total)
May 2016
1. Date of description
1. Course objectives
1. Be able to explain key computer concepts, principles, design issues and techniques.
1. Be able to contrast between different types of computers, languages, systems
1. Have obtained hands-on experience in widows Microsoft office applications: Word, Excel, and PowerPoint.
1. Be able to describe the Internet architecture and use.
1. Course structure ( COMPUTER SCIENCE –FIRST CLASS )
Assessment methods
Teaching methods
Subject name
Required learning outputs
Hrs
Week
Daily quiz and homework
Lecture & laboratory
Categories of Computers
Categories of Computers
1 hours theory and 2 hours practical weekly
1.
Daily quiz and homework
Lecture & laboratory
Basic components of Computer
Basic components of Computer
1 hours theory and 2 hours practical weekly
1.
Daily quiz and homework
Lecture & laboratory
Memory Capacity Measurement
Memory Capacity Measurement
1 hours theory and 2 hours practical weekly
1.
Daily quiz and homework
Lecture & laboratory
Computer system
Computer system
1 hours theory and 2 hours practical weekly
1.
Daily quiz and homework
Lecture & laboratory
Computer Hardware
Computer Hardware
1 hours theory and 2 hours practical weekly
1.
Daily quiz and homework
Lecture & laboratory
Computer Software
Computer Software
1 hours theory and 2 hours practical weekly
1.
Daily quiz and homework
Lecture & laboratory
Computer languages
Computer languages
1 hours theory and 2 hours practical weekly
1.
Daily quiz and homework
Lecture & laboratory
Operating systems
Operating systems
1 hours theory and 2 hours practical weekly
1.
Daily quiz and homework
Lecture & laboratory
MS-Dos system
MS-Dos system
1 hours theory and 2 hours practical weekly
1.
Daily quiz and homework
Lecture & laboratory
Microsoft Windows OS
Microsoft Windows OS
1 hours theory and 2 hours practical weekly
1.
Daily quiz and homework
Lecture & laboratory
Windows commands
Windows commands
1 hours theory and 2 hours practical weekly
1.
Daily quiz and homework
Lecture & laboratory
Commands of Word application
Commands of Word application
1 hours theory and 2 hours practical weekly
1.
Daily quiz and homework
Lecture & laboratory
Formatting in Word application
Formatting in Word application
1 hours theory and 2 hours practical weekly
1.
Daily quiz and homework
Lecture & laboratory
Methods of Inserting tables
Methods of Inserting tables
1 hours theory and 2 hours practical weekly
1.
Daily quiz and homework
Lecture & laboratory
Methods of Inserting charts
Methods of Inserting charts
1 hours theory and 2 hours practical weekly
1.
Daily quiz and homework
Lecture & laboratory
Spreadsheet application commands
Spreadsheet application commands
1 hours theory and 2 hours practical weekly
1.
Daily quiz and homework
Lecture & laboratory
Entering Data into spreadsheet
Entering Data into spreadsheet
1 hours theory and 2 hours practical weekly
1.
Daily quiz and homework
Lecture & laboratory
Analyzing data
Analyzing data
1 hours theory and 2 hours practical weekly
1.
Daily quiz and homework
Lecture & laboratory
Formatting Cells
Formatting Cells
1 hours theory and 2 hours practical weekly
1.
Daily quiz and homework
Lecture & laboratory
Formulas, Functions and Charts
Formulas, Functions and Charts
1 hours theory and 2 hours practical weekly
1.
Daily quiz and homework
Lecture & laboratory
Presentation application commands
Presentation application commands
1 hours theory and 2 hours practical
weekly
1.
Daily quiz and homework
Lecture & laboratory
Creating a presentation
Creating a presentation
1 hours theory and 2 hours practical weekly
1.
Daily quiz and homework
Lecture & laboratory
Formatting presentation
Formatting presentation
1 hours theory and 2 hours practical weekly
1.
Daily quiz and homework
Lecture & laboratory
Internet Terminology
Internet Terminology
1 hours theory and 2 hours practical weekly
1.
Daily quiz and homework
Lecture & laboratory
Methods of search
Methods of search
1 hours theory and 2 hours practical weekly
1.
Daily quiz and homework
Lecture & laboratory
Secure and unsecure Web Site
Secure and unsecure Web Site
1 hours theory and 2 hours practical weekly
1.
Daily quiz and homework
Lecture & laboratory
E-mail: Advantages of e-mail
E-mail: Advantages of e-mail
1 hours theory and 2 hours practical weekly
1.
Daily quiz and homework
Lecture & laboratory
Setup an account
Setup an account
1 hours theory and 2 hours practical weekly
1.
Daily quiz and homework
Lecture & laboratory
Computer Applications
Computer Applications
1 hours theory and 2 hours practical weekly
1.
Review before final exam
Review before final exam
1 hours theory and 2 hours practical weekly
1.
1. The Infrastructure
IC3 Computers and Internet للدكتور محمد بلال الزعبي 2010 / الجامعة الأردنية/ زمزم ناشرون و موزعون
1.Textbooks required
2.References
1. MS-Dos Manual
1. Windows Manual
1. Microsoft office Manual.
1. Some related references from the internet.
32. Recommended books and references .
Virtual library
32. Electronic References, and websites ....
1. Plan for development of the course
Visits of hospital laboratories and make practical training on modern equipment in Iraq , Explaining lectures and workshops .
Course Description
This course description provides briefed information of the most important features of the course and the expected learning outcomes of the student proving whether he has made the maximum benefit from the available opportunities. It must be linked with the program description
College of Dentistry
33. Educational institution
Basic Sciences Department
34. Scientific department \ center
Biochemistry – 20503213
35. Course name\ code
Theoretical and Practical
36. Available attendance forms
2 semesters
37. Semester \year
60 Theory+60 Practical
38. Credits (total)
5 /2016
39. Date of description
40. Course objectives
The biochemistry study included the study of biochemistry concept in human body in normal physiological and pathological condition with role of biomolecules and clinical correlation. Explain the pH, buffer solution and its application in human , method of determination and calculation and colloid stem The study of biochemistry started with explain physiological and biochemical important of water and lipid soluble vitamin. pH and buffer, acid—base equilibrium, and colloid system. Provide the dentistry student global information about carbohydrate and lipid metabolism, synthesis, inter-conversion of biomolecules, main reaction, study the digestion and absorption of lipid, carbohydrate, protein, and nucleic acids. Determination the energy yield from each proces of metabolism. Explain amino acid metabolic pathways and transaminase. Trace metals role in human physiology and methods of evaluation and correlation with disease. Study enzymes and enzymes roles in clinical diagnoses. Enzymes reaction and role in catalytic activity. Introduction about hormones (control mechanism, action, bio functions, main hormones from pituitary and hypothalamus gland) Study Protein synthesis (translation and transcription) DNA mutation, repairing mechanism in DNA mutation. Explain synthesis and production of urea, uric acid, creatinine, nitric oxide, purines, pyrimidines and porphyries. Introduction about special topic included cancer, free radical, chromatography, isotopes techniques, electrophoresis and cell membrane.
22. Course structure (BIOCHEMISTRY –SECOND CLASS )
Assessment methods
Teaching methods
Subject name
Required learning outputs
Hours
week
Quiz
PowerPoint
Introduction and review of Biochemistry
Introduction and review of Biochemistry
2 hours theory and 2 hours practical weekly
1.
Quiz
PowerPoint
Introduction to Clinical Biochemistry (biochemistry and disease)
Introduction to Clinical Biochemistry (biochemistry and disease)
2 hours theory and 2 hours practical weekly
2.
Quiz
PowerPoint
Nucleic acids Chemistry
Nucleic acids Chemistry
2 hours theory and 2 hours practical weekly
3.
Quiz
PowerPoint
Nucleic acids structure and composition
Nucleic acids structure and composition
2 hours theory and 2 hours practical weekly
4.
Quiz
PowerPoint
Nucleic acids and genetics
Nucleic acids and genetics
2 hours theory and 2 hours practical weekly
5.
Quiz
PowerPoint
Viruses
Viruses
2 hours theory and 2 hours practical weekly
6.
Quiz
PowerPoint
General properties of enzymes
General properties of enzymes
2 hours theory and 2 hours practical weekly
7.
Quiz
PowerPoint
Inhibition and Activation of Enzyme
Inhibition and Activation of Enzyme
2 hours theory and 2 hours practical weekly
8.
Quiz
PowerPoint
Coenzymes functions and cofactors
Coenzymes functions and cofactors
2 hours theory and 2 hours practical weekly
9.
Quiz
PowerPoint
Introduction to Vitamins
Introduction to Vitamins
2 hours theory and 2 hours practical weekly
10.
Quiz
PowerPoint
Physiological role of enzymes and enzymes action
Physiological role of enzymes and enzymes action
2 hours theory and 2 hours practical weekly
11.
Quiz
PowerPoint
Fat and water soluble, Deficiency and requirements
Fat and water soluble, Deficiency and requirements
2 hours theory and 2 hours practical weekly
12.
Quiz
PowerPoint
Digestion and absorption for fat, carbohydrate, and proteins
Digestion and absorption for fat, carbohydrate, and proteins
2 hours theory and 2 hours practical weekly
13.
Quiz
PowerPoint
Salivary digestion
Salivary digestion
2 hours theory and 2 hours practical weekly
14.
Quiz
PowerPoint
Gastric and intestinal digestion
Gastric and intestinal digestion
2 hours theory and 2 hours practical weekly
15.
First Semester Exam
Second semester
Quiz
PowerPoint
Chemistry of carbohydrate metabolism
Chemistry of carbohydrate metabolism
2 hours theory and 2 hours practical weekly
16.
Quiz
PowerPoint
Krebs cycle and other pathways
Krebs cycle and other pathways
2 hours theory and 2 hours practical weekly
17.
Quiz
PowerPoint
blood glucose regulation and control
blood glucose regulation and control
2 hours theory and 2 hours practical weekly
18.
Quiz
PowerPoint
Hormonal control mechanism
Hormonal control mechanism
2 hours theory and 2 hours practical weekly
19.
Quiz
PowerPoint
Nitrogenic non protein compounds metabolism
Nitrogenic non protein compounds metabolism
2 hours theory and 2 hours practical weekly
20.
Quiz
PowerPoint
Amino acids reactions
Amino acids reactions
2 hours theory and 2 hours practical weekly
21.
Quiz
PowerPoint
Anabolic reaction of Amino acids
Anabolic reaction of Amino acids
2 hours theory and 2 hours practical weekly
22.
Quiz
PowerPoint
Metabolism of amino acids
Metabolism of amino acids
2 hours theory and 2 hours practical weekly
23.
Quiz
PowerPoint
Lipid metabolism
Lipid metabolism
2 hours theory and 2 hours practical weekly
24.
Quiz
PowerPoint
Lipid biosynthesis
Lipid biosynthesis
2 hours theory and 2 hours practical weekly
25.
Quiz
PowerPoint
Biosynthesis of the proteins in cell
Biosynthesis of the proteins in cell
2 hours theory and 2 hours practical weekly
26.
Quiz
PowerPoint
Mineral metabolism
Mineral metabolism
2 hours theory and 2 hours practical weekly
27.
Quiz
PowerPoint
Elements of nutrition
Elements of nutrition
2 hours theory and 2 hours practical weekly
28.
Quiz
PowerPoint
Methods in biochemical investigation
Methods in biochemical investigation
2 hours theory and 2 hours practical weekly
29.
Quiz
PowerPoint
Hormones
Hormones
2 hours theory and 2 hours practical weekly
30.
Second Semester Exam
23. The Infrastructure
1.Textbooks required
Harper's physiological review, K. Murry , K. Granner, 26th , Mc-Graw Hill.
2.References
Biochemistry for dental students ,N. Shreya, jaypee brother
-----------
a. Recommended books and references (scientific journals, reports, ....)
------------
b. Electronic References, and websites ....
24. Plan for development of the course
-----------
Course Description
This course description provides briefed information of the most important features of the course and the expected learning outcomes of the student proving whether he has made the maximum benefit from the available opportunities. It must be linked with the program description
College of Dentistry
41. Educational institution
Basic Science Dept.
42. Scientific department \ center
General histology 50201208
43. Course name\ code
4 hours Daily (2 theoretical + 2 practical)
44. Available attendance forms
Annually (first semester+ second semester)
45. Semester \year
120 hours Annually (60 theoretical + 60 practical)
46. Credits (total)
May 2016
47. Date of description
48. Course objectives
1- Comprehensive knowledge of general histology which is the study histology of body systemic
2- The correlation between these system and its functionality
3- The effect of general histology on oral histology and its diseases.
25. Course structure ( GENERAL HISTOLOGY - SECOND CLASS )
Assessment methods
Teaching methods
Subject name
Required learning outputs
Hrs
Week
Daily quiz and homework
Lecture & laboratory
Circulatory system –blood vascular S.
Circulatory system –blood vascular S.
2 hours theory and 2 hours practical weekly
1
Daily quiz and homework
Lecture & laboratory
Blood vascular S.
Blood vascular S.
2 hours theory and 2 hours practical weekly
2
Daily quiz and homework
Lecture & laboratory
Lymphatic system
Lymphatic system
2 hours theory and 2 hours practical weekly
3
Daily quiz and homework
Lecture & laboratory
Lymphatic system
Lymphatic system
2 hours theory and 2 hours practical weekly
4
First Semester Exam
First Semester Exam
2 hours theory and 2 hours practical weekly
5
Daily quiz and homework
Lecture & laboratory
Nervous system –central system
Nervous system –central system
2 hours theory and 2 hours practical weekly
6
Daily quiz and homework
Lecture & laboratory
Peripheral nervous system
Peripheral nervous system
2 hours theory and 2 hours practical weekly
7
Daily quiz and homework
Lecture & laboratory
Peripheral nervous system
Peripheral nervous system
2 hours theory and 2 hours practical weekly
8
Daily quiz and homework
Lecture & laboratory
Autonomic nervous system
Autonomic nervous system
2 hours theory and 2 hours practical weekly
9
Daily quiz and homework
Lecture & laboratory
Digestive system –oral cavity
Digestive system –oral cavity
2 hours theory and 2 hours practical weekly
10
Daily quiz and homework
Lecture & laboratory
Oral cavity Teeth
Oral cavity Teeth
2 hours theory and 2 hours practical weekly
11
Lecture & laboratory
Second Exam In (9-12-2015)
Second Exam In (9-12-2015)
2 hours theory and 2 hours practical weekly
12
Daily quiz and homework
Lecture & laboratory
Digestive tube General structure of the digestive tract
Digestive tube General structure of the digestive tract
2 hours theory and 2 hours practical weekly
13
Daily quiz and homework
Lecture & laboratory
Digestive tube General structure of the digestive tract
Digestive tube General structure of the digestive tract
2 hours theory and 2 hours practical weekly
14
Daily quiz and homework
Lecture & laboratory
Small and large intestine: General structure
Small and large intestine: General structure
2 hours theory and 2 hours practical weekly
15
Daily quiz and homework
Lecture & laboratory
Integumentory system thick and thin
Integumentory system thick and thin
2 hours theory and 2 hours practical weekly
16
Midyear Exam In (16-1-2016)
Midyear Exam In (16-1-2016)
17
Spring holiday starting (7/2/2016)
Spring holiday starting (7/2/2016)
18
Daily quiz and homework
Lecture & laboratory
Thick and thin skin: Dermis or corium, papillary layer, reticular, hypodermis or subcutaneous
Thick and thin skin: Dermis or corium, papillary layer, reticular, hypodermis or subcutaneous
2 hours theory and 2 hours practical weekly
19
Daily quiz and homework
Lecture & laboratory
Skin appendages: Nails structure and glands
Skin appendages: Nails structure and glands
2 hours theory and 2 hours practical weekly
20
Daily quiz and homework
Lecture & laboratory
The hair, structure and glands
The hair, structure and glands
2 hours theory and 2 hours practical weekly
21
Daily quiz and homework
Lecture & laboratory
Endocrine system: Endocrine organs
Endocrine system: Endocrine organs
2 hours theory and 2 hours practical weekly
22
Daily quiz and homework
Lecture & laboratory
Neurhypophysis, the structure
Neurhypophysis, the structure
2 hours theory and 2 hours practical weekly
23
Daily quiz and homework
Lecture & laboratory
Adrenal (suprarenal) glnds, adrenal islets of langerhans, thyroid, parathyroid .
Adrenal (suprarenal) glnds, adrenal islets of langerhans, thyroid, parathyroid .
2 hours theory and 2 hours practical weekly
24
Daily quiz and homework
Lecture & laboratory
Second Semester Exam In (6-4-2016)
Second Semester Exam In (6-4-2016)
2 theoretical
25
Daily quiz and homework
Lecture & laboratory
Urinary system: Kidneys
Urinary system: Kidneys
2 theoretical
26
Daily quiz and homework
Lecture & laboratory
Blood circulation, bladder & urinary passages, urethra, male urethra, female.
Blood circulation, bladder & urinary passages, urethra, male urethra, female.
2 theoretical
27
Daily quiz and homework
Lecture & laboratory
Respiratory system
Respiratory system
2 theoretical
28
Daily quiz and homework
Lecture & laboratory
Respiratory system
Respiratory system
2 theoretical
29
Daily quiz and homework
Lecture & laboratory
Review before final exam
Review before final exam
2 theoretical
30
26. The Infrastructure
1. Bradbury S., M.,Hewers textbook of histology, 5 th edition April 1973.
1.Textbooks required
2.References
1. junqueira L., c., Basic histology Text & atlas tenth edition 2005.
2. Mescher, A., L. basic histology Text &atlas 12th edition 2010.
.
a. Recommended books and references .
Virtual library
b. Electronic References, and websites ....
27. Plan for development of the course
Visits of hospital laboratories and make practical training on modern equipment in Iraq , Explaining lectures and workshops .
Course Description
This course description provides briefed information of the most important features of the course and the expected learning outcomes of the student proving whether he has made the maximum benefit from the available opportunities. It must be linked with the program description
Ministry of Higher Education and Scientific Research
49. Educational institution
Al-Mustansiriyah University/ College of Dentistry
50. Scientific department \ center
Basic sciences / Medical physiology 50201208
51. Course name\ code
Weekly
52. Available attendance forms
Yearly
53. Semester \year
4 weekly (2 theoretical + 2clinical)
54. Credits (total)
60 theoretical hours annually+60practical hours annually
55. Date of
56. description
57. Course objectives
1. Be able to explain the function of the body in all organs of the body .
2. To be able to explain the mechanisms of action in the body's systems theory
3. To be able to mimics the body works through practical learning in practice.
4. Get hands-on experience in practice applications.
10. Course structure ( SECOND CLASS – PHYSIOLOGY )
Assessment methods
Teaching methods
Subject name
Required learning outputs
Hrs
Week
Daily quiz and homework
Lecture & laboratory
Video
Discussion
Blood physiology
Blood physiology
2 hours theory and 2 hours practical weekly
1
Daily quiz and homework
Lecture & laboratory
Video
Discussion
Blood physiology
Blood physiology
2 hours theory and 2 hours practical weekly
2
Daily quiz and homework
Lecture & laboratory
Video
Discussion
Blood physiology
Blood physiology
2 hours theory and 2 hours practical weekly
3
Daily quiz and homework
Lecture & laboratory
Video
Discussion
Nerve physiology
Nerve physiology
2 hours theory and 2 hours practical weekly
4
Lecture & laboratory
Video
Discussion
Nerve physiology
Nerve physiology
2 hours theory and 2 hours practical weekly
5
Daily quiz and homework
Lecture & laboratory
Video
Discussion
Nerve physiology
Nerve physiology
2 hours theory and 2 hours practical weekly
6
Daily quiz and homework
Lecture & laboratory
Video
Discussion
Muscle physiology
Muscle physiology
2 hours theory and 2 hours practical weekly
7
Daily quiz and homework
Lecture & laboratory
Video
Discussion
Muscle physiology
Muscle physiology
2 hours theory and 2 hours practical weekly
8
Daily quiz and homework
Lecture & laboratory
Video
Discussion
Muscle physiology
Muscle physiology
2 hours theory and 2 hours practical weekly
9
Daily quiz and homework
Lecture & laboratory
Video
Discussion
CVS
CVS
2 hours theory and 2 hours practical weekly
10
Daily quiz and homework
Lecture & laboratory
Video
Discussion
CVS
CVS
2 hours theory and 2 hours practical weekly
11
Lecture & laboratory
Video
Discussion
CVS
CVS
2 hours theory and 2 hours practical weekly
12
Daily quiz and homework
Lecture & laboratory
Video
Discussion
CVS
CVS
2 hours theory and 2 hours practical weekly
13
Daily quiz and homework
Lecture & laboratory
Video
Discussion
ANS
ANS
2 hours theory and 2 hours practical weekly
14
Daily quiz and homework
Lecture & laboratory
Video
Discussion
ANS
ANS
2 hours theory and 2 hours practical weekly
15
Midyear Exam In (16-1-2016)
Spring holiday starting (7/2/2016)
Daily quiz and homework
Lecture & laboratory
Video
Discussion
Respiratory system
Respiratory system
2 hours theory and 2 hours practical weekly
16
Lecture & laboratory
Video
Discussion
Respiratory system
Respiratory system
17
Lecture & laboratory
Video
Discussion
Renal Physiology
Renal Physiology
18
Daily quiz and homework
Lecture & laboratory
Video
Discussion
Renal Physiology
Renal Physiology
2 hours theory and 2 hours practical weekly
19
Daily quiz and homework
Lecture & laboratory
Video
Discussion
Endocrine physiology
Endocrine physiology
2 hours theory and 2 hours practical weekly
20
Daily quiz and homework
Lecture & laboratory
Video
Discussion
Endocrine physiology
Endocrine physiology
2 hours theory and 2 hours practical weekly
21
Daily quiz and homework
Lecture & laboratory
Video
Discussion
Endocrine physiology
Endocrine physiology
2 hours theory and 2 hours practical weekly
22
Daily quiz and homework
Lecture & laboratory
Video
Discussion
Endocrine physiology
Endocrine physiology
2 hours theory and 2 hours practical weekly
23
Daily quiz and homework
Lecture & laboratory
Video
Discussion
Gastrointestinal tract - Digestive System
Gastrointestinal tract - Digestive System
2 hours theory and 2 hours practical weekly
24
Daily quiz and homework
Lecture & laboratory
Video
Discussion
Gastrointestinal tract - Digestive System
Gastrointestinal tract - Digestive System
2 hours theory and 2 hours practical weekly
25
Daily quiz and homework
Lecture & laboratory
Video
Discussion
Gastrointestinal tract - Digestive System
Gastrointestinal tract - Digestive System
2 hours theory and 2 hours practical weekly
26
Daily quiz and homework
Lecture & laboratory
Video
Discussion
Central Nervous System (PNS)
Central Nervous System (PNS)
2 hours theory and 2 hours practical weekly
27
Daily quiz and homework
Lecture & laboratory
Video
Discussion
Central Nervous System (ANS)
Central Nervous System (ANS)
2 hours theory and 2 hours practical weekly
28
Daily quiz and homework
Lecture & laboratory
Video
Discussion
Central Nervous System (CNS)
Central Nervous System (CNS)
2 hours theory and 2 hours practical weekly
29
Daily quiz and homework
Lecture & laboratory
Video
Discussion
Central Nervous System (CNS)
Central Nervous System (CNS)
30
11. The Infrastructure
1. Guyton A. C., & Hall J. E., Medical physiology, Elsevier saunders 1996
1.Textbooks required
Guyton A. C., & Hall J. E., Medical physiology, Elsevier saunders 2015
2.References
1. Barrett, K. E., Barman,S. M., Boitano,S., Brooks,H. Ganong’s Review of Medical Physiology, Twenty-Third Edition Delhi San Juan Seoul Singapore Sydney Toronto,. 2015
.
a. Recommended books and references .
Virtual library: -
a. Electronic References, and websites ....
13. Plan for development of the course
Visits of hospital laboratories and make practical training on modern equipment in Iraq , Explaining lectures and workshops .
Course Description
This course description provides briefed information of the most important features of the course and the expected learning outcomes of the student proving whether he has made the maximum benefit from the available opportunities. It must be linked with the program description
Ministry of Higher Education and Scientific Research
1Educational institution
Al-Mustansiriyah University \ College of Dentistry- Basic science department
2Scientific department \ center
Microbiology - 50201319
3Course name\ code
Weekly
4-Available attendance forms
Year
5-Semester \year
2 hour theoretical and 3 hour practicle weekly ( total 60 hour theoretical and 90 hour practical )
6-Credits (total)
20/4/2016
7-Date of description
8-Course objectives ( Microbiology – Third year )
- Be able to explain what microbiology meaning , classification of microbiology , the most important properties of bacterial , virus ,fungal infection,- Be able to contrast between different types of microbial infection depend on sigh and symptoms .
, Be able to describe the infected agents by using different laboratory instrument.
2-Lecture and laboratory cover: bacterial identification, morphology, metabolism and genetics; bacterial, viral, and parasitic relationships with human health and disease; and basic immunology. Laboratory , aseptic technique, bacterial identification and physiology using a variety of media, culturing techniques, and staining Techniques .
3-Compare and contrast the characteristics for various microbes with regards to infections, treatment, and control. (This includes prions, viruses, bacteria, protozoa, and multicellular parasites.)
4-Explain the dynamics of commensally , opportunistic, and pathological relationships particularly between microbes and humans.
5-Evaluate and apply the proper methods of microbial control necessary in sample scenarios or case studies and proper using of sterilization.
6- Learn the most important oral viral infections either direct transmitted by oral secretion or by blood include (general characteristics , sigh and symptoms of viral infection mode of transmission and control ) such as herpes viruses disease , HIV infection , Influenza virus and hepatitis virus etc…...
7- Explain the basic concept of immunity and the composition of immune system include different types of antibody and immune cell and their function in development of immunity .as well as explain some immunological disease such as hypersensitivity reactions , autoimmune disease and immunodeficiency diseases .
28. Course structure ( Microbiology – Third Year )
Assessment methods
Teaching methods
Subject name
Required learning outputs
Hours
Week
Theoretical tests daily, quarterly and annually for theoretical and practical parts
lecture/ explanation and illustration /discussion, some learning video ,training in laboratory
Introduction to microbiology (Theory). General rules of laboratory safety.
(Practical)
1.
To know the definition , types and classification for microbiology
2 hours theory and 3 hours practical weekly
1
Theoretical tests daily, quarterly and annually for theoretical and practical parts
lecture/ explanation and illustration /discussion, some learning video ,training in laboratory
. Bacteriology(bacterial classification and structure) (Theory)
. Sterilization and Disinfection(PRACTICLE)
Study the bacterial types , classification and study the function for each bacterial structure
2 hours theory and 3 hours practical
2
Theoretical tests daily, quarterly and annually for theoretical and practical parts
lecture/ explanation and illustration /discussion, some learning video ,training in laboratory
. Sterilization and disinfectants(Theory).
Bacterial staining, Gram stain.
(Practicle)
Define the sterilization and disinfectants , types , effectiveness , factors effect
2 hours theory and 3 hours practical
3
Theoretical tests daily, quarterly and annually for theoretical and practical parts
lecture/ explanation and illustration /discussion, some learning video ,training in laboratory
.Bacteria physiology , bacteria genetics(THEORY).
Study the bacterial growth and nutrition requirment
2 hours theory and 3 hours practical
4
Theoretical tests daily, quarterly and annually for theoretical and practical parts
lecture/ explanation and illustration /discussion, some learning video ,training in laboratory
Pathogenesis of microbial diseases .
Study the enzymes and toxins related to desrtoid tissue and initial the infection
2 hours theory and 3 hours practical weekly
5
Theoretical tests daily, quarterly and annually for theoretical and practical parts
lecture/ explanation and illustration /discussion, some learning video ,training in laboratory
-Bacteriology -Gram positive Staphylococcus bacteria .
Study the bacterial morphology , structure , virulent factors , diseases caused by staph.
2 hours theory and 3 hours practical
6
Theoretical tests daily, quarterly and annually for theoretical and practical parts
lecture/ explanation and illustration /discussion, some learning video ,training in laboratory
The Streptococcus- oral streptococcus.
Study the bacterial morphology , structure , virulent factors , diseases caused by strepto..
2 hours theory and 3 hours practical
7
Theoretical tests daily, quarterly and annually for theoretical and practical parts
lecture/ explanation and illustration /discussion, some learning video ,training in laboratory
-Bacillus , Clostridia(gram positive spore forming bacteria ) and Actinomycetes.
Study the bacterial morphology , structure , virulent factors , diseases caused by bacillus
2 hours theory and 3 hours practical
8
Theoretical tests daily, quarterly and annually for theoretical and practical parts
lecture/ explanation and illustration /discussion, some learning video ,training in laboratory
Lactobacillus , Mycobacterium , chlamydia , Rickettsia and Mycoplasma
Study the bacterial morphology , structure , virulent factors , diseases caused by mycobacterium , Rickettsia and Mycoplasma
2 hours theory and 3 hours practical weekly
9
Theoretical tests daily, quarterly and annually for theoretical and practical parts
lecture/ explanation and illustration /discussion, some learning video ,training in laboratory
.Gram negative bacteria Enterobacteriaceae)
Study the bacterial morphology , structure , virulent factors , diseases caused by Enterobacteriaceae
2 hours theory and 3 hours practical
10
Theoretical tests daily, quarterly and annually for theoretical and practical parts
lecture/ explanation and illustration /discussion, some learning video ,training in laboratory
Vibrio cholera , Salmonella sp., Shigella Bacteria .
Study the bacterial morphology , structure , virulent factors , diseases caused by Vibrio cholera , Salmonella sp., Shigella Bacteria
2 hours theory and 3 hours practical
11
Theoretical tests daily, quarterly and annually for theoretical and practical parts
lecture/ explanation and illustration /discussion, some learning video ,training in laboratory
The Neisseiaceae .
Study the bacterial morphology , structure , virulent factors , diseases caused by The Neisseiaceae
2 hours theory and 3 hours practical
12
Theoretical tests daily, quarterly and annually for theoretical and practical parts
lecture/ explanation and illustration /discussion, some learning video ,training in laboratory
Bacteroid ,Campylobacter, Spirochaetes, other .
Study the bacterial morphology , structure , virulent factors , diseases caused by The Bacteroid ,Campylobacter, Spirochaetes,othe
2 hours theory and 3 hours practical weekly
13
Theoretical tests daily, quarterly and annually for theoretical and practical parts
lecture/ explanation and illustration /discussion, some learning video ,training in laboratory
.Host parasite relation ships .
Study the types of relation ship commensalism ,parasitisum and other
2 hours theory and 3 hours practical
14
Theoretical tests daily, quarterly and annually for theoretical and practical parts
lecture/ explanation and illustration /discussion, some learning video ,training in laboratory
.The immunity ( Basic , Classification ,Types ) .
Define of immunology , basic structure , classification
2 hours theory and 3 hours practical weekly
15
Theoretical tests daily, quarterly and annually for theoretical and practical parts
lecture/ explanation and illustration /discussion, some learning video ,training in laboratory
. Immune response , Antibody.
Discuss the mechanism of immune response ,primary and secondary response , mechanisms ,
2 hours theory and 3 hours practical
16
Theoretical tests daily, quarterly and annually for theoretical and practical parts
lecture/ explanation and illustration /discussion, some learning video ,training in laboratory
.Hypersensetivity .
Types , mechanisms of allergy with example
2 hours theory and 3 hours practical
17
Theoretical tests daily, quarterly and annually for theoretical and practical parts
lecture/ explanation and illustration /discussion, some learning video ,training in laboratory
Autoimmune disease AID , Immunodeficiency disease IDD .
Study the mechanisms of autoimmune disease , classification and study some diseases
2 hours theory and 3 hours practical
18
Theoretical tests daily, quarterly and annually for theoretical and practical parts
lecture/ explanation and illustration /discussion, some learning video ,training in laboratory
Introduction To Virology .
Definition , classification , pathogenesis and types of viruses
2 hours theory and 3 hours practical weekly
19
Theoretical tests daily, quarterly and annually for theoretical and practical parts
lecture/ explanation and illustration /discussion, some learning video ,training in laboratory
.Herpes virus family.
Study virus structure , classification , the role in pathogenesis
2 hours theory and 3 hours practical
20
Theoretical tests daily, quarterly and annually for theoretical and practical parts
lecture/ explanation and illustration /discussion, some learning video ,training in laboratory
Viral hepatitis .
Study virus structure , classification , the role in pathogenesis
2 hours theory and 3 hours practical
21
Theoretical tests daily, quarterly and annually for theoretical and practical parts
lecture/ explanation and illustration /discussion, some learning video ,training in laboratory
.Human immunodeficiency virus HIV.
Study virus structure , classification , the role in pathogenesis
2 hours theory and 3 hours practical
22
Theoretical tests daily, quarterly and annually for theoretical and practical parts
lecture/ explanation and illustration /discussion, some learning video ,training in laboratory
( Orthomyxo family)Influenza virus .
Study virus structure , classification , the role in pathogenesis
2 hours theory and 3 hours practical weekly
23
Theoretical tests daily, quarterly and annually for theoretical and practical parts
lecture/ explanation and illustration /discussion, some learning video ,training in laboratory
Mycology .
Study fungal structure , classification , the role in some disease
2 hours theory and 3 hours practical
24
Theoretical tests daily, quarterly and annually for theoretical and practical parts
lecture/ explanation and illustration /discussion, some learning video ,training in laboratory
. Fungi, yeast relevance to dental caries.
The role of fungal and candida infection in development of some oral diseases
2 hours theory and 3 hours practical
25
Theoretical tests daily, quarterly and annually for theoretical and practical parts
lecture/ explanation and illustration /discussion, some learning video ,training in laboratory
.The parastology.
Definition , classification ,
2 hours theory and 3 hours practical
26
Theoretical tests daily, quarterly and annually for theoretical and practical parts
lecture/ explanation and illustration /discussion, some learning video ,training in laboratory
.Microbiology of dental caries and periodontal disease.
The types of most important microorganism associated with development of oral diseases
2 hours theory and 3 hours practical
27
Theoretical tests daily, quarterly and annually for theoretical and practical parts
lecture/ explanation and illustration /discussion, some learning video ,training in laboratory
. Microbiology of dental caries and periodontal disease .
The types of most important microorganism associated with development of oral diseases
2 hours theory and 3 hours practical weekly
28
Theoretical tests daily, quarterly and annually for theoretical and practical parts
lecture/ explanation and illustration /discussion, some learning video ,training in laboratory
The oral ecosystem and plaque biofilm , Normal Flora .
The role of some microorganism in dental caries
2 hours theory and 3 hours practical
29
Theoretical tests daily, quarterly and annually for theoretical and practical parts
lecture/ explanation and illustration /discussion, some learning video ,training in laboratory
.Diagnostic microbiology and laboratory methods .
Discuss the some microbiology methods used in diagnosis and identification
2 hours theory and 3 hours practical
30
29. The Infrastructure
1. Oral microbiology , William ,A. Mosby,1982.
1.Textbooks required
1- Lakshman, S. “Essential of Microbiology for Dentistry, Churchililivinostone, 3rd edition, 2010.
2-Ivan Roitt, D.andBrostoiff, M. “Immunology,,,,6th edition .Mosby com.,2001
3-Jawetze, A. andMelnick, A. “Medical microbiology, McGraw –Hill companies, 4thedition, 2007.
2.References
JOURNALOF IMMUNOLOGY
NEW ENGLAND JOURNAL FPR MICROBIOLOGY
MDJ
CLINICAL IMMUNOLOGY AND VIROLOGY
a. Recommended books and references (scientific journals, reports, ....)
www.kcom.edu/faculty /chamberlian /courses .htm
http://www.ncbi.nlm.nih.gov/books/bv
Almaktaba alaftiridia (electronic library , wesby )
University international sites
b. Electronic References, and websites ....
30. Plan for development of the course
• work on updating the curriculum constantly
• Work on adding the latest international references
Study the new branch of diagnostic microbiology
Planning to started the video scientific lecture
Course Description
This course description provides briefed information of the most important features of the course and the expected learning outcomes of the student proving whether he has made the maximum benefit from the available opportunities. It must be linked with the program description
College of dentistry
1Educational institution
Basic sciences department
2-Scientific department \ center
Pharmacology/50201315
3-Course name\ code
Theoretical lecture
4-Available attendance forms
Annual/1st and 2nd semesters
5-Semester \year
2hr /week
6-Credits (total)
5/2016
7-Date of description
8-Course objectives :
Provide students with clinical and basic information of drugs and their adverse effects focusing on drugs most commonly used in clinical practice specially drugs used in dental work. Furthermore take in concern drugs induced oral disease or reaction and their preventive and therapeutic meaures
11-Course structure 9 pharmacology-third class )
Assessment methods
Teaching methods
Subject name
Required learning outputs
Hours
Week
Daily quiz
PowerPoint
pharmacology
introduction
2
1
Daily quiz
powerpoint
pharmacokinetics
introduction
2
2
Daily quiz
powerpoint
pharmacodynamics
introduction
2
3
Daily quiz
powerpoint
General antibiotics
antibiotics
2
4
Daily quiz
powerpoint
Penicillin and cephalosporin
antibiotics
2
5
Daily quiz
powerpoint
macrolide
antibiotics
2
6
Daily quiz
powerpoint
tetracyclines
antibiotics
2
7
Daily quiz
powerpoint
aminoglycosides
antibiotics
2
8
Daily quiz
powerpoint
floroquinolones
antibiotics
2
9
Daily quiz
powerpoint
New antibacterial agents
antibiotics
2
10
Daily quiz
powerpoint
NSAIDs
analgesics
2
11
Daily quiz
powerpoint
Muscle relaxants
analgesics
2
12
Daily quiz
powerpoint
opioid
analgesics
2
13
Daily quiz
powerpoint
antidepressant
CNS
2
14
Daily quiz
powerpoint
BENZODIZPINES
CNS
2
15
Daily quiz
powerpoint
neurolptics
CNS
2
16
Daily quiz
powerpoint
Sympathetics
ANS
2
17
Daily quiz
powerpoint
parasympathetics
ANS
2
18
Daily quiz
powerpoint
anticholinergics
ANS
2
19
Daily quiz
powerpoint
antiadrenergics
ANS
2
20
Daily quiz
powerpoint
Anti peptic ulcer drugs
GIT
2
21
Daily quiz
powerpoint
Antihypertensive drug
Cardiovascular
2
22
Daily quiz
powerpoint
Anti angina
cardiovascular
2
23
Daily quiz
powerpoint
Anti arrhythmics
cardiovascular
2
24
Daily quiz
powerpoint
Heart failure
cardiovasular
2
25
Daily quiz
powerpoint
antidiabetics
endocrine
2
26
Daily quiz
powerpoint
Thyroid gland
Endocrine
2
27
Daily quiz
powerpoint
Adverse effects
Drugs induced oral lesions
2
28
Daily quiz
powerpoint
Gargles and solutions
Oral drugs
2
29
Daily quiz
powerpoint
anticoagulants
Blood acting drugs
2
30
31. The Infrastructure
Clinical pharmacology and therapeutics by bennet and brown 2014. Lang
1.Textbooks required
Basic and clinical pharmacology by katzung 2015; Lang
2.References
Clinical pharmacology by Rang 2012; Lang
c. Recommended books and references (scientific journals, reports, ....)
d. Electronic References, and websites ....
32. Plan for development of the course
Increase the number of lecture per week in order to provide more information for student about drugs ..