ご興味のある方は application form にご記入の上、FAXにてFETPまでお送り下さい。
If you would like to participate, please fill in the application form and fax it to 03-5285-1233.
Lecturer: Dr Angela Song-En Huang
Agenda (tentative)
Day1, 5 March
10:00-10:30 Overview of FETP, Taiwan
10:30-12:00 ID surveillance system in Taiwan
12:00-13:00 Lunch break
13:00-16:00 Case study/lecture (TBD)
Day2, 6 March
10:00-10:50 Risk communication, experiences in Taiwan
10:50-11:00 Coffee break
11:00-12:00 Risk communication, experiences in Taiwan (cont’d)
12:00-13:00 Lunch break
13:00-15:00 Wrap-up Session
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Dr Mike Bell
Course Schedule: FETP-Japan; November 14-18, 2011
The seminar will start at 10:00 a.m..
Provisional Agenda – Healthcare Epidemiology series
Session |
Topics |
1 |
Overview and Outbreak Investigations |
2 |
Health policy and US Healthcare reform |
3 |
Infection Control and Isolation Precautions |
4 |
Guideline production |
5 |
Surveillance |
6 |
Antimicrobial Resistance and MDROs |
7 |
Special topics in Infection Control |
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Dr Kyung Min Song
Dr Young June Choe
Course Schedule: FETP-Japan; February 8-9, 2011
Tue: 8 Feb:
10:00 – 11:00 1. Measles control in Korea (Dr. Young June Choe)
11:00 – 12:00 2. 2010 Incheon Measles outbreak (Dr. Young June Choe)
Wed: 9 Feb:
10:00 – 11:00 3. AEFI management system in Korea (Dr. Kyung Min Song)
11:00 – 12:00 4. AEFI following H1N1 vaccination campaign (Dr. Kyung Min Song)
*AEFI=Adverse Event Following Immunization (予防接種後副反応)
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Dr Lee Woodland Riley
Course Schedule: Molecular Epidemiology of Infectious Diseases:
FETP-Japan; January 24-28, 2011
January 24
INTRODUCTION AND OVERVIEW Review of course objectives and syllabus
Basic Principles Part I:
Lecture 1:
1) Definition of molecular epidemiology
2) Differentiating molecular epidemiology from taxonomic analysis or population genetics
3) Overview of the types of epidemiologic investigations conducted using molecular biology techniques
Basic Principles Part II:
Lecture 2:
1) Laboratory methods, Part T
a. Conventional methods
b. Molecular biology methods
Basic Principles Part II cont.:
Lecture 3:
1) Laboratory methods, Part U
a. PCR-based genotyping methods
b. Sequence-based and other new genotyping methods
January 25
Basic Principles Part V:
Lecture 4
1) Validation of new laboratory techniques
2) Analysis of similarity and relatedness
Practices of Molecular Epidemiology Part I:
Workshop:
Application of phylogenetic/phenetic methods in epidemiology
Use of MEGA; Tree construction
January 26
Practices of Molecular Epidemiology Part U:
Outbreaks and sporadic (endemic) infections:
Lecture 5:
1) Drug-resistant salmonellosis in the United States
2) Urinary tract infection in the United States
Practices of Molecular Epidemiology Part III:
Stratification of data using genotyping methods
Lecture 6
Salmonellosis in Sao Paulo, Brazil
Molecular exercise 1:
Salmonellosis in Rio de Janeiro
January 27
Practices of Molecular Epidemiology Part W:
Pathovar vs non-Pathovar:
Lecture 7:
Intestinal and extra-intestinal Escherichia coli infections
Lecture 8:
Molecular epidemiology of Methicillin-resistant Staphylococcus aureus
infections
Molecular exercise 2:
Klebsiella pneumonia hospital infection
January 28
Practices of Molecular Epi PartX :
Surveillance
Lecture 9:
Application of molecular epidemiologic methods for disease surveillance
Practices of Molecular Epi Part Y:
Identifying genetic determinants of disease transmission:
Lecture 10:
Identifying biological determinants of tuberculosis transmission
Special lecture
New molecular epidemiology of Gram negative bacterial infections