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Program
Introduction
Monday, January 8
8:00 am Health, Environment,
Livestock and People
Program
Introduction and Objectives -
A
US-Brazil Consortium for Interdisciplinary
Hemispheric
Studies in Animal Health and
Public
Health (Administer Pre-Test)
9:00 am The Unfinished Agenda:
Societal Impacts and
Perspectives
on Overcoming Hunger, Poverty
and
Environmental Degradation by 2020
10:00 am Emerging and Re-emerging Diseases: The
Coming Plague
11:00 am Disease Constraints in the Livestock
Revolution
1:00-5:00 Paperwork/Insurance, Internet Address,
International Student
Office
Issues
in Hemispheric Health and Food Security (1Cr)
This course will include the four introductory lecture-discussions during
the first assembly at LSU, a final lecture-discussion on WHOs
Great Neglected Tropical Diseases by Dr Bergquist and an examination
at re-assembly in the final week. In the interim, five field trips will be
taken, with a lecture-discussion on each topic, to provide first-hand experience
with operations of key state agencies. Outside readings will be assigned;
Date/Time TBA.
Feb CDC/State Public Health Protection
Systems in the US
(Field Trip
- Office of Public Health) TBA (MN)
Mar Food Safety and Food Security
(Field Trip-Office
of the State/Federal Veterinarian) TBA (MN)
Mar Disasters and Health
(Field trip-
State Environmental Protection Agency or FEMA)
Apr The Political Diseases:
Impact on Hemispheric
Trade and
Policy
(Field Trip:
Ag Economist/State Office of Economic Development)
May Hemispheric Conservation Medicine: A New
Politics
(Field Trip
- ACRES in LA; MN TBA)
Geospatial Health and Environment (3Cr)
Instructors: Malone/Scribner/Namwamba/McCarroll/Nieto/Wiles
This course is the same in content as that offered in the LSU graduate school
and the LSUHSC School of Public Health (3Cr). There are 12 Lessons, each with1-2
hours of exercise instruction (hands-on computer), and a 3- hour guided self-study
laboratory. Eight lessons will be given at Initial Assembly in Baton Rouge
in January. The remaining lessons and the final reports will take place during
final re-assembly in Baton Rouge in May. Students will develop a GIS project
during the semester and report results at re-assembly. Students required to
provide laptop computer. ArcGIS software provided.
Tuesday, January 9
8:00 am Medical Information Systems: Linking Medical Records
to a Spatial
Data Infrastructure - Case Studies
9:00 am Lesson 1 Elements of the MMDb and Construction
of Projects
1:00 pm Lesson 2 Health Data Preparation
Wednesday, January 10
8:00 am Lesson 3 Acquiring Satellite Data: AVHRR, MODIS,
Landsat, ASTER
1:00 pm Lesson 4 Working with Satellite Data and Grid
Data in ArcGIS
Thursday, January 11
8:00 am Lesson 5 Buffer Extractions, Map Queries,
and Point-Poly Extractions
1:00 pm Lesson 6 Climate risk Analysis
Friday, January12
8:00 am Lesson 7 GIS Environmental Risk Model:
Schistosomiasis in Brazil
1:00 pm Lesson 8 GIS in Disease Outbreak Management:
Rift Valley Fever
Friday, January12
7:00 pm Evening Social Dr Malones
Residence
Sunday, January 14
UMN Students Travel to St Paul |
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Application
of Principles: Understanding the Emergence of Zoonotic Diseases (1Cr)
Instructor: Bender (schedule to be arranged)
>Overview of zoonotic diseases: Playing the Zoonosis Card
>Emerging diseases in animals and their impact on human health
>Emerging viruses and factors for emergence
>Animal husbandry practices and the emergence of zoonotic
disease agents
>Vectors of disease transmission
>Antibiotic resistance and the food chain
>Role of weather and emergence of infectious diseases
>Social and ecologic factors and disease emergence
>Weaponization of zoonotic diseases
>Zoonotic and vector-borne disease surveillance systems
>Class presentations
>Class presentations
>Examination
Mentored Projects (3-4Cr)
Students will be matched with a faculty mentor based on similarity of interests
in the Fall of 2006. They will together develop a 3-page workplan for a research
project in the mentors laboratory on a health topic of hemispheric importance.
Workplans will be submitted for approval by the project directors panel
by December 1, 2006 and should be consistent with project objectives. Final
reports will include: 1) Objectives, Introduction, Results and Discussion
of projects, 2) a comprehensive literature review and bibliography, and 3)
GIS-based digital maps on the epidemiology of the disease of interest. The
latter can be an integral part of research workplans, the central objective
of the project, or simply a part of the literature review (eg. maps of literature
reports). Students will turn in a powerpoint presentation and a written report,
in journal format.
Re-Assembly - at LSU
May 15 am Project Report Writing/GIS Data Entry
pm
WHOs Great Neglected Tropical Diseases (Bergquist)
May 16 am Lesson 9. ArcGIS Geostatistical Analyst & GeoDa
pm Project
Report Writing/GIS Data Entry
May 17 am Lesson 10. Ecological Niche Modeling using GARP
pm
Project Report Writing/GIS Data Entry
Lesson
11. Layouts and Presentations
May 18 am Lesson 12. Project Presentations
pm Post-Test;
Essay Examination; Program Evaluation
(Panel)
May19 pm Farewell Dinner Party Dr Malones
Residence 7:00PM
May 21-22 Return Trip to Brazil |
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Course
Text and Readings:
1-Ashford DA, Gomez TM, Noah DL, Scott DP, Franz DR. Biologic terrorism and
veterinary medicine in the United States. JAVMA 2000; 217:664-667.
2-Brown and Bolin. Emerging Infectious Diseases of Animals: an overview.
ASM Press. 2000 pp. 1-12.
Daszak P, Cunningham AA, Hyatt AD. Emerging infectious disease of wildlife-threat
to biodiversity and human health. Science 2000; 287:443-49.
3-Down to Earth: Geographic Information Systems for Sustainable Development
in Africa
National Research Council, National Academies Press, Washington. 2002
The emergence of zoonotic diseases. Understanding the impact on animal and
human health. Workshop Summary, Institute of Medicine. National Academy
Press 2001
4-Epstein, P. R. Climate change and emerging infectious diseases. Microbe
Infect 2001; 3:747-54
Microbial threats to health. Emergence, detection and response. Institute
of Medicine. National Academies Press 2003.
5-Principles of virology, molecular biology, pathogenesis and control. Virus
evolution and the emergence of new viruses. ASM Press 2000 pp. 729-746.
6-Walker DH, Barbour AG, Oliver JH, et. al. Emerging bacterial zoonotic
and vector-borne disease. Ecological and epidemiological factors. JAMA 1996;
275:463-469.
7-Yoshikawa TT. Perspective: aging and infectious diseases: Past, Present
and Future. J Infect Dis 1997: 176:1053-7.
NOTE: This list to be expanded as indicated by faculty of individual
lesson plans
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