Endocrine Disruptors in Environmental Health, a Region 6 Spotlight Speaker Webinar

This class is no longer accepting registrations

Curious about endocrine disruptors? This presentation will introduce the phenomenon of endocrine disruption, the inference of normal hormonal processes in the human endocrine system by chemicals and pollutants in our environment. Participants will learn about historical discoveries and recent scientific findings. Approaches to address the issue, including chemical avoidance and political advocacy, will be discussed.

Guest speaker: Susan Buchanan, MD, MPH

Susan Buchanan, MD, MPH is the director of the Great Lakes Center for Children’s and Reproductive Environmental Health and a clinical associate professor of environmental and occupational health sciences at the UIC School of Public Health.  Buchanan is an expert in health problems related to toxic substances and other environmental hazards in the workplace or community. Her research interests include the health of minority, low-income, and immigrant workers; of children; and reproductive environmental health. She has published studies on the impact of fish consumption and mercury exposure in the Asian communities in Chicago; the use of protective gear among Latino day-laborers; and lead exposure among Chicago’s children.

Objectives:

Learners will be able to:

  1. List the major endocrine disruptors and their sources
  2. Describe the physiologic and toxicologic concepts of endocrine disruptors.
  3. Advise clients/patients/other learners in how to minimize exposure to certain endocrine disruptors.

Class Recording

Class Details

Date(s): February 21, 2023
Time: 1:00 PM - 2:00 PM EST
Platform: Zoom
CE Credits: 1.00
CE Categories: CHES, CHIS Level 1, CHIS Level 2
This class is sponsored by Region 6.
Learn more about this class and find other upcoming instances:

Class Contacts

Host/Instructor: Nora Barnett
Technical Assistance: Miles Dietz-Castel

Can't join us live?

Register anyway and you'll receive the recording after the event.