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Tajuk Kursus : |
MIKROBIOLOGI VETERINAR I |
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Kod Kursus : |
VPM
3411 |
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Kredit
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3 + 1 |
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Semester : |
November |
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Program : |
Doktor Perubatan Veterinar |
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Prerequisite : |
None |
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Lecture : |
Dr. Mohd
Azmi Mohd Lila (Coordinator) |
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Objective : |
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At the end of the
course, the student would : |
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acquire
knowledge on materials and characteristics of agents causing diseases of
veterinary importance and zoonosis
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understand the
relationship between animals and disease agents and the mechanisms of
host infection by disease agents and vice versa, and how the host
respond to the infection
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be familiar
with laboratory practice in isolation and identification of disease
agents and principles of diagnostic techniques.
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understand the
immune components, phenomenon and use the knowledge to diagnose and
prevent infectious diseases.
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Synopsis
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This course includes
general bacteriology, immunology and virology and provides sufficient
basic knowledge for students to comprehend microbes and viruses as
biological agents causing infectious diseases. It emphasizes on the
characteristics and physical properties of agents, various modes of
existence in health and disease, classification of pathogenic
microorganisms, microbial genetics, metabolism and laboratory methods of
isolation and identification of disease agents. The course will helps
students to understand concepts and principles of the pathogenesis and
epidemiology of infection taught in related courses.
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Lecture Schedule : |
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No |
Lecture Title |
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1 |
Introduction
to veterinary microbiology |
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Bacteriology |
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2 |
Bacteria
structure |
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3 |
Bacteria
growth |
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4 |
Bacteria
nutrition and media |
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5 |
Classification of bacteria |
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6 |
Metabolism
of bacteria |
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7 |
Genetics
of bacteria |
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8 |
Host-parasite relationship |
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9 |
Normal
Flora |
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10 |
Pathogenic
properties of bacteria I |
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11 |
Pathogenic
properties of bacteria II |
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12 |
Sterilization |
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13 |
Disinfection |
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14 |
Chemotherapy and antibiotic mechanism reactions |
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15 |
Antibiotic
resistance mechanism |
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16 |
Fungus |
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17 |
Principles
of identifying pathogenic bacteria |
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18 |
Laboratory
diagnosis for bacteria infection I |
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19 |
Laboratory
diagnosis for bacteria infection II |
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Virology |
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20 |
Introduction to virology |
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21 |
Virus
structure and nomenclature |
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22 |
Virus
nucleic acid and replication |
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23 |
Virus
growth and pathogenesis of viral infection |
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24 |
Vaccine
and vaccination of viral diseases |
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25 |
Interferon
and viral chemotherapy |
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26 |
Genetic
manipulation in animal virology |
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27 |
Diagnostic
virology |
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Immunology |
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28 |
Introduction to immunology |
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29 |
Antigen,
immunoglobulin, antigenicity, hapten and immunogenicity I |
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30 |
Antigen,
immunoglobulin, antigenicity, hapten and immunogenicity II |
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31 |
Immune
response mechanism |
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32 |
Multiple
immune reaction mechanism |
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33 |
Hypersensitivity |
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34 |
Organ
transplant and auto-immunity |
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35 |
Mucosaa
dan foetus/neonatal immunity |
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36 |
Immune
reactions towards infection and tumor cell I |
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37 |
Immune
reactions towards infection and tumor cell II |
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38 |
Principles
of vaccination |
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Practical Schedule : |
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No |
Practical Title |
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1 |
Virology
setrile techniques |
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2 |
Cell
growth and virus in cell culture |
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3 |
Haemaagglutination (HA) and HI test, and electron microscopy |
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4 |
Egg
inoculation, virus titre, TCID50 and EID50 |
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5 |
Serological tests : ELISA, CFT, IFA and AGPT |
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6 |
Discussion
and Tutorial |
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7 |
Smear
preparation, gram staining, bacteria morphology and characteristics |
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8 |
Medium
types, bacteria growth, morphology and characteristics of colony and
bacteria inoculation |
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9 |
Principles
of isolation, identification of bacteria from clinical specimens and
acid proff staining |
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10 |
Collection, delivery and processing of clinical specimens and
preparartion of pure culture |
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11 |
Biochemical test, identification of bacteria and fungi |
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12 |
Antibiotic
sensitivity test and bacteria cell count |
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Evaluation : |
Continuous
assessment : 40%
Practical : 20%
Final
exam : 40%
Total : 100% |
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Attendance : |
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An attendance of a
minimum of 80% of the lectures and practical is required for eligibility
to sit for the final semester examination
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References : |
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Allberts,
B., Bray, D., Lewis, J. Raff, M., Roberts, K. and Watson, J.D. (1989).
Molecular Biology of Cell (2n Ed). Garland Publising Inc.
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Castro, A.E.
and Heuschele, W.P. (1992). Veterinary Diagnostic Virology: A
Practioner’s Guide. Mosby Year Book Inc.
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Russel,
P.H. and Edington, N. (1985). Veterinary Virology, Burlington Press Ltd.
, Cambridge.
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Biberstein, E.L. and Zee, Y.C. (1990) Review of veterinary Microbiology,
Blackwell Scientific, Boston.
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Bisiping,
W. and Amstsberg, (1989). Colour Atlas of Diagnosis of Bacterial
Pathogens. Academic Press, London.
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Quinn, P.J.,
Carter, M.E., Markey, B. and Carter, G.R. (1994). Clinical Microbiology.
Wolfe Publishing.
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Abbas.
A.K., Litchman, A.H. and Pober, J.S. (1991). Cellular and Molecular
Immunology. W.B. Sanders Company
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Halliwell, R.E.W, and Gorman, N.T. (1989). Veterinary Clinical
Immunology. W.B. Saunders Company.
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Tizard,
I. (1996). Veterinary Immunology: AN Introduction. W.B. Saunders
Company.
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Roitt,
I., Brostoff, J. and Male, D.K. (1994). Immunology. Grower Medical
Publishing.
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Website:
http://www.tulane.EDU:80/~dmsander/garryfavwebindex.html
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