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COURSE 2010
 
 
SCMI 513 Infectious Diseases and Immunity  

        >> SCMI513 Course Schedule 2010 [Download PDF] (Update July 22, 2010)



 
SCMI 513 Infectious Diseases and Immunity 4(4-0)
Academic Year 2010
Department of Microbiology, Faculty of Science
Room Pr. 612

Course coordinator: Sukathida Ubol (Room: Pr.614 / Tel.: 02-201-5674)
 

Date

Time

Topic (Lecture, Discussion, Exam.)

Staff

Mon 9 Aug

0900-0930 0930-1130

Orientation & Pick up handout Lecture 1: An overview on the immune responses against microbial infection

Sukathida Stitaya

Wed 11 Aug

0900-1000 1000-1100 1100-1200

Lecture 2: Mechanisms of innate immunity against infection Lecture 3: : Innate immune receptor and microbe interaction I Lecture 4: : Innate immune receptor and microbe interaction II

Pongsak Pongsak Pongsak

Mon 16 Aug

0900-1000

Lecture 5: Principle of adaptive immunity I / Ag processing and presentation of microbe ; MHC roles and cross presentation

Molvibha

1000-1100

Lecture 6: Principle of adaptive immunity II / Lymphocyte development and survival signal

Molvibha

1100-1200

Lecture 7: Adaptive immune receptors / TCR and other receptors

Molvibha

Wed 18 Aug

0900-1000

Lecture 8: Effector mechanisms of immune response / Adaptive immunity effector and Innate immunity as Adaptive immunity effector

Molvibha/Pongsak

1000-110

Lecture 9: Regulation of immune response to microbial infection / Innate to Adaptive and CMI to HIR

Molvibha

1100-1200

Lecture 10: Mucosal immunity / immune mechanism to flora microorganism in gastrointestinal tract and oral tolerance

Molvibha

Fri 20 Aug

0900-1000 1000-1200

Lecture 11: Immunological disorders, role of microbes Panel discussion: Evolution of the immune system

Ponpan Stitaya, Pornchai, Molvibha, Pongsak

Mon 23 Aug

0900-1200

Self-Study

Students

Wed 25 Aug

0900-1200

EXAMINATION I (Immunology)

Sukathida

Fri 27 Aug

0900-1100 1100-1200

Lecture 14: Bacterial cell structure and classification Lecture 15: Bacterial-host interaction

Chartchai Prasit

Mon 30 Aug

0900-1000 1000-1200

Lecture 16: Bacterial –host interaction II Lecture 17: : Pathogenesis of extracellular bacteria

Prasit Padungsri

Wed 1 Sep

0900-1100 1100-1200

Lecture 18: Pathogenesis of intracellular bacteria II Lecture 19: Regulation of virulence gene expression I

Padungsri Soraya

Fri 3 Sep

0900-1000 1000-1200

Lecture 20: Regulation of virulence gene expression II Lecture 21: : Bacterial drug resistance and drug discovery

Soraya Prasit

Mon 6 Sep

0900-1100 1100-1200

Lecture 22: Pathogenic fungi and mycoses Lecture 23: Molecular biology of fungal virulence I

Suthep Suthep

Wed 8 Sep

0900-1000 1000-1100 1100-1200

Lecture 24: Molecular biology of fungal virulence II Lecture 25: Host response to pathogenic fungi Lecture 26: Antifungal drugs: mechanism of action, resistance, and new drug discovery

Suthep Suthep Suthep

Fri 10 Sep

0900-1000 1000-1200

Lecture 27: Laboratory diagnosis of fungal infection Group discussion: Opportunistic fungal infections

Suthep Suthep, Chartchai

Mon 13 Sep

0900-1200

EXAMINATION II (Bacteria and fungi)

Sukathida

Wed 15 Sep

0900-1000 1000-1100 1100-1200

Lecture 28: Structure and Nature of virus Lecture 29: Subviral agents Lecture 30: Entry of viruses into host cells

Sukathida Radeekorn Radeekorn

Fri 17 Sep

0900-1100 1100-1200

Lecture 31: Viral replication strategies Lecture 32: Virus-host cell interaction

Sukathida Saowakon

Mon 20 Sep

0900-1000 1000-1100 1000-1200

Lecture 33: Immune response to viral infection Lecture 34: Viral pathogenesis Lecture 35: Biology and the significances of DNA viruses I

Ponpan Arunee Sukathida

Wed 22 Sep

0900-1000 1000-1100 1100-1200

Lecture 36: Biology and the significance of DNA viruses II Lecture 37: Viral oncogenesis Lecture 38: Biology and the significance of RNA viruses I

Sukathida Saowakon Arunee

Fri 24 Sep

0900-1000 1000-1100 1100-1200

Lecture 39: Biology and the significances of RNA viruses II Lecture 40: HIV / AIDS Lecture 41: Influenza virus

Arunee Arunee Arunee

Mon 27 sep

900-1030

Special Lecture: The shrimp responses to viral pathogens

Tim

Wed 29 Sep

0900-1200

EXAMINATION III (Virology)

 

Fri 1 Oct

0900-1000 1000-1100 1100-1200

Lecture 42: Introduction to Parasitology Lecture 43: Biology and life cycles of medical important protozoa Lecture 44: Entry and establishment of protozoa

Peerapan Peerapan Peerapan

Mon 4 Oct

0900-1100 1100-1200

Lecture 45: Pathogenesis of protozoal infection Lecture 46: Pathogenesis of malaria

Peerapan Peerapan

Wed 6 Oct

0900-1100 1100-1200

Lecture 47: Biology and life cycles of medical important helminthes Lecture 48: Pathogenesis of helminthic infection 1

Araya Araya

Fri 8 Oct

0900-1000 1000-1200

Lecture 49: Pathogenesis of helminthic infection 2 Lecture 50: Host-parasite infection and failure to eliminate parasites

Araya Araya

Mon 11 Oct

0900-1100

Discussion: Parasitic infections and cancer

Araya, Peerapan, Sureemas, Marisa, Pilai

Wed 13 Oct

900-1100

Discussion: Zoonoses

Pilai/ Peerapan/ Araya/ Sureemas/ Marisa

Fri 15 Oct

0900-1100 1100-1200

Lecture 12: Vaccinology Lecture 13: Immunotherapy

Sathit Sathit

Mon 18 Oct

0900-1200

EXAMINATION IV (Parasitology)

Sukathida

 
50 Lecture (64 hr.); 1. Group discussion by students, (2 hr.) and 2 group discussions by staffs(4 hr.);
1 Panel discussion by staffs (2 hr.); with a total of 68 hr.
 
   
 
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