University of Massachusetts Amherst

Department of Public Health

Research

Dr. Edward Calabrese:

US Air Force. Chemical/Radiation Hormesis Database, Evaluation of Hormetic Mechanisms & Their Biomedical and risk Assessment Implications.

Dow Chemical Company, Distributions for Monte-Carlo Soil Ingestion Risk Assessment

General Electric Co., Hormesis Related Activities

BELLE, Biological Effects of Low Level Exposure, http://www.belleonline.com/

International Dose-Response Society, http://www.dose-response.org/

=============================================================

Dr. Christine Rogers:

University of Maryland, Seasonality of Suicide and Airborne Allergens

Significant seasonal peaks in suicide frequency have been consistently identified across continents, countries, and hemispheres but their explanation remains elusive. We believe that seasonal aeroallergens that dramatically peak in spring (i.e., tree-pollen) and in late summer/early fall (i.e., ragweed) represent environmental triggers for suicide. This hypothesis is based on the association between depression and allergy as well as the depressogenic and prosuicidal effects of certain cytokines which are released in a multitude of inflammatory conditions, including allergy.

==============================================================

Sr. Research Fellow, Michael Muilenberg:

Brigham and Women's Hospital, The Epidemiology of Home Allergens and Asthma

 

 

 

http://www.umass.edu/sphhs/ehs/