Public Health 253B: Epidemiology & Control of Infectious Diseases is a one semester advanced introduction to the epidemiology and control of infectious diseases. The course is taught from the perspective public health communicable disease control officers: frontline practitioners that detect, investigate, control, and prevent infectious diseases in communities. The lectures are given by public health communicable disease and academic experts that practice, teach, investigate, or conduct research in their specific areas. The course will emphasize (1) core concepts in infectious disease transmission mechanisms, dynamics, and containment; (2) evidence-based approaches to designing and implementing infectious disease control and prevention measures; and (3) epidemiologic methods for investigating infectious diseases. Course syllabus can be downloaded here (PDF). For roster, email archive, and drop boxes go to http://bspace.berkeley.edu. Course time and location: Mondays, 10:00am--1:00pm (class begins 15 minutes after the hour, and ends 15 minutes before the hour) at 1918 University Avenue, 4th Floor (between Milvia and MLK). Contents
(01/26) Epidemiologic Concepts for the Controlling of Infectious DiseasesConcepts for the Control and Prevention of Infectious Diseases (Tomás Aragón)Required readings
Epidemiologic approach for public health action (Tomás Aragón)Required readingsHomework #1: Due Monday, February 9, 2009
(02/02) Designing Epidemiologic Studies to Assess Vaccine EffectsDesigning Epidemiologic Studies to Assess Vaccine Effects (Tomás Aragón & Wayne Enanoria)Required readings
Homework #2: Due Monday, February 23, 2009
(02/09) Public Health and Hospital SurveillancePublic Health Surveillance: Detecting and Monitoring (Michael Samuel)Required readings
Surveillance for Healthcare-Associated Infections (HAIs) (Tomás Aragón)Optional readings
(02/23) Mathematical Modeling of Infectious DiseasesMathematical Modeling of Infectious Diseases (Travis Porco)Required readings
Student MMWRs
(03/02) Epidemiology and Control of TuberculosisEpidemiology and Control of Tuberculosis (Jennifer Flood)Required readings
(03/09) Conducting an Outbreak Investigation in 7 steps (or less)Conducting an Outbreak Investigation in 7 Steps (or less) (Tomás Aagón) Required preparation before class
Student MMWRs
(03/16) Epidemiology and Control of Selected Vector-borne Infectious DiseasesEpidemiology and Control of Selected Vector-borne Infectious Diseases (Curtis Fritz & Anne Kjemtrup)Required readings
Student MMWRs
(03/30) Epidemiology and Control of Sexually Transmitted InfectionsEpidemiology and Control of Sexually Transmitted Infections (Gail Bolan)Required readings
(04/06) Selected Topics in Vaccine-Preventable Infectious DiseasesPandemic Influenza Preparedness (Harvey Kayman, CDPH)Required Readings
Community Infection Control (Kathleen Harriman, CDPH)Required Readings
Student MMWRs
(04/13) Biology, Epidemiology, and Control of MalariaBiology, Epidemiology, and Control of Malaria (Rosenthal & Dorsey)Required reading
(04/20) Intentional Microbial Threats: Detection, Investigation, and ResponseIntentional Microbial Threats: Detection, Investigation, and Response (Debra Gilliss)Required readings
(04/27) Anti-microbial Resistance Community-acquired Methicillin-resistant Staphylococcus Aureus (Eric Pan, 10:15a-11:05a)Optional readings
Antimicrobial Resistance in the Hospital Setting (Lisa Winston, 11:15a-12:05p)Required readings
(05/04) Epidemiology & Prevention of HIV transmissionEpidemiology & Prevention of HIV transmission (Grant Colfax & Henry Raymon)Required readings
(05/11) Final Exam Quiz & submit Quick Reference Guide |