
Offered by Scholars in Clinical Science
Program, Harvard Medical School
Organization:
Scholars in Clinical Science Program, Harvard Medical School
Center of Acupuncture IOT, University of Sao Paulo, School of Medicine
TARGET: Academics for the health care
system, researchers, health care legislators, professionals from pharmaceutical
companies.
COURSE
OBJECTIVES: Provide
theoretical understanding of the design, conduction, analysis and
interpretation of randomized controlled trials of health interventions. Develop skills to scrutinize information,
critically analyze and carry out research, and to communicate effectively.
Other clinical research courses are offered in
Boston by the Scholars of Clinical Science Program from Harvard Medical School www.hms.harvard.edu/gradprograms/scsp/ (45 days: US$ 15,000; 2-year course: US$60,000,
with a 26% approval rate for foreign students); Department of Health Policy,
Management and Evaluation at University of Toronto http://www.hpme.utoronto.ca/ (one
year: CND$14,252.82 to 18,452.82 for international applicants).
DURATION: 7
months (March 13rd to October 26th 2008)
FACULTY MEMBERS: Harvard
Medical School, Harvard School of Public Health, Harvard Business School
SCHEDULE: (the
course will be in English, without translation)
• Weekly
lectures by teleconference:
Every
Thursday 6pm to 9pm
Brasilia
time zone (GMT-3:00)
U.S.
Eastern time 5pm to 8pm.
From
March to September/2008
• Live 4-day
intensive course:
October
23rd-26th, 2008
Monday to Thursday 8am to 6pm
Classes will be given at Maksoud
Plaza Hotel – São Paulo, Brazil
FEES: Registration fee: US$ 3,500.00
Monthly fee: US$ 500.00 (6
months: March to September/08)
ELIGIBILITY: Health
care PhD holder or director of a health care service
NECESSARY DOCUMENTATION:
2 recent photos ID,
professional license, PhD diploma, a statement of chief or director of a health
service letter
Submit curriculum vitae for
approval by e-mail to mpattylima@hcnet.usp.br
In order to receive a certification letter at the end of the course, the
student must accomplish:
1. Attendance in at least 5 (out of 6) lectures of each module (total of at
least 20 lectures);
2. Full attendance in the 4-day onsite intensive course;
3. score of 80% or more in the final examination to be performed at the end
of the 4-day onsite intensive course.
INFORMATIONS:
Centro de
Estudos Godoy Moreira
Instituto
de Ortopedia e Traumatologia HC/FMUSP
8:00am to 4:00pm by phone: 55-11 3086-4106
fax: 55-11
3086-4105
E-mail: martaimf@gmail.com
/ wu@fmusp.org.br / mpattylima@hcnet.usp.br
CEP
05403-010 BRAZIL
Scholars in
Clinical Science Program, Harvard Medical School
Clinical
Trials Course
March/2008 –
October/2008
Course
Syllabus
Course directors:
Ajay Singh, MD, MBA
5 Francis Street
Boston, MA 02115 -
Tel:
617-732-5951
Email: asingh@partners.org
Felipe Fregni, MD, PhD
330 Brookline Ave – KS 158 – Boston, MA – Tel:
617-667-5272
Email: ffregni@bidmc.harvard.edu
Executive
director:
Lauren Dewey-Platt, PhD
260 Longwood Avenue, Suite 157 - Boston, MA
02115 – tel: 617-432-1387
Email: lauren_deweyplatt@hms.harvard.edu
Course Description
This course
is relevant both for those wishing to gain an overall understanding of clinical
trials before moving into the field and for those who have general or
specialist experience in this area and aim to broaden their role in the design,
management, analysis, and reporting of clinical trials.
Course Organization:
This is a
video-conference course in which 24 lectures (divided in 4 modules) will be broadcast
to students in University of Sao Paulo (Sao Paulo, Brazil). This course is a
prerequisite for the intensive, live 4-day course in Brazil (October, 2008).
Students will be prepared for lectures that will comprise 1-hour lecture
followed by 1-hour period of discussion.
Course Objectives
The course
aims to provide participants with a theoretical understanding of the issues
involved in the design, conduct, analysis, and interpretation of randomized
controlled trials of health interventions.
It is suitable for students working in a country like Brazil. Students will be trained to develop skills to
scrutinize information, to critically analyze and carry out research, and to
communicate effectively.
The course
is divided in four modules – each module having 6 lectures each:
Module 1 – Basics of Clinical Research
Will provide
students with a solid understanding of the basic issues in the design of
clinical trials. Outline the fundamental
principles of clinical trials including study population, selection of
questions, basic study design, randomization process and blindness.
Module 2 - Basic Statistics
Will
introduce the basic statistical methods used in clinical trials. How to select and apply appropriate
statistical methods to analyze data from clinical trials and presenting,
interpreting, and discussing the analyses clearly and concisely.
Module 3 - Assessment, Data Collection and Reporting
The main
features of clinical trials, including methodological and organizational
considerations, and the principles of trial conduct and reporting will be
discussed. Preparing the protocol for a
trial, including data collection forms, logistical and budgetary issues are
critical issues when designing a clinical trial.
Module 4 – Study Designs
Will introduce the main study designs used in clinical
trials. Advantages and drawbacks of each design will be presented; including
also the analytical methods and issues of different study designs.
Text and
Required Readings
Required book:
1. Foundations
of Clinical Research: Applications to Practice (3rd Edition) (Foundations Of
Clinical Research) by Leslie Gross Portney, Mary P. Watkins. Pearson Prentice Hall.
Optional
books:
1. Clinical
Epidemiology: How to Do Clinical Practice Research (third edition) by R. Brian
Haynes, David L Sackett, Gordon H Guyatt, Peter Tugwell. Lippincott Williams & Wilkins.
2. Clinical
Epidemiology: The Study of the Outcome of Illness (third edition) by Noel S.
Weiss. Oxford
University Press.
Additional readings and assignments will be
distributed in the course package.
Exams and
final project:
Pass-fail grading will be based on exams at the end of
each module and a grant application that the student will develop along the
course and hand in at the end of the course. A certification letter at the end
of the course will be given only to participants with satisfactory attendance
and grade.
(24 weekly lectures of 2
hours of duration)
Module 1: Basics of Clinical Research |
|||
|
Lecture 1 |
13 March |
Introduction
to Clinical Trials |
Steven
Freedman, MD, PhD |
|
Lecture 2 |
20 March |
Study
Population |
Ajay
Singh, MD, MBA |
|
Lecture 3 |
27 March |
Selection
of the Questions |
Felipe
Fregni, MD, PhD, MMSc, MPH |
|
Lecture 4 |
3 April |
Basic
Study Design |
David
Wypij, PhD |
|
Lecture 5 |
10 April |
The
Randomization Process |
David
Wypij, PhD |
|
Lecture 6 |
17 April |
Blindness |
Joe
Massaro, PhD |
|
Module 2: Statistics |
|||
|
Lecture 7 |
24 April |
Statistics
– Basics |
Roger
Davis, Sc.D. |
|
Lecture 8 |
8 May |
Statistical
Tests |
Felipe
Fregni, MD, PhD |
|
Lecture 9 |
15 May |
Sample
Size |
Roger
Davis, Sc.D. |
|
Lecture 10 |
29 May |
Survival
Analysis |
Roger
Davis, Sc.D. |
|
Lecture 11 |
5 June |
Other
Issues in Data Analysis 1 |
Felipe
Fregni, MD, PhD, MMSc, MPH |