U.S. Scholars

Explore opportunities for U.S. citizens to go abroad with the Fulbright Scholar Program. With more than 800 awards annually to 135+ countries, find the right Fulbright for you.

U.S. Scholars

Each year roughly 850 faculty and professionals from around the world receive Fulbright Scholar awards for advanced research and university lecturing in the United States. Individual awards are available to scholars from over 100 countries.

Non-U.S. Scholars

U.S. Institutions

U.S. Higher Education institutions are instrumental to the success of the Fulbright mission. They are key allies in advancing the goal of sharing knowledge across communities, promoting mutual understanding across nations and improving lives around the world.

U.S. Institutions

Alumni

Learn how alumni can continue to stay connected and engage with the Fulbright program.

Alumni

View information on other Fulbright Programs

View information for students

Visit the Fulbright Scholar Directory to view the opportunities pursued by more than 50,000 alumni.

Search Fulbright Scholar Directory

Use of an Externally Regulatable Overexpression Transgenic Mouse Model to Determine the Possible Protective Effects of Early Life TH1 Response on the Subsequent Development of Atopy

Program

Fulbright Visiting Scholar Program

Program Country

United Kingdom

Grant Activity Type

Research

Discipline

Medical Sciences

Academic Year

1998-1999

Flex

Scholar type

Non-U.S. (Visiting) Scholar

Project Title

Use of an Externally Regulatable Overexpression Transgenic Mouse Model to Determine the Possible Protective Effects of Early Life TH1 Response on the Subsequent Development of Atopy

Scholar Information

Grantee

Jonathan Corne

Title

Specialist Registrar

Institution

University of Southampton

Department

Southampton General Hospital

Host Institutions

Institution

Yale University

Faculty

Dr. Jack Elias

Host Department

Pulmonary and Critical Care Section

U.S. Scholar Application Deadline

Use of an Externally Regulatable Overexpression Transgenic Mouse Model to Determine the Possible Protective Effects of Early Life TH1 Response on the Subsequent Development of Atopy

Scholar Information