Yahoo Web Search

Search results

1. sites.lifesci.ucla.edu › ibp-correalabCorrea Lab at UCLA | Effects of sex on neural circuits that ...

   sites.lifesci.ucla.edu › ibp-correalab

   • Cached

   Correa Lab at UCLA | Effects of sex on neural circuits that control energy balance. Research. Our lab is broadly interested in understanding how reproductive hormones affect temperature and energy balance. The menopausal transition is associated with hot flashes and increased visceral body fat.

   • Join The Lab

     We are recruiting a postdoc to work with Dr. Correa on the...

   • Publications

     Correa Lab at UCLA Effects of sex on neural circuits that...

   • Team

     Stephanie Correa, PhD, she/her, Associate Professor,...

   • Lab News

     Lab Member Accomplishments. November 2023: Stephanie is...

   • Teaching

     Join the Lab! Lab News; Teaching; Contact Info; Teaching....

   • Contact Info

     Lab Location: Terasaki Life Sciences Building, Room 2045....

   • UCLA Brain Research Institute (BRI)

     Correa Stephanie M, Horan Claire M, Johnson Patricia A,...

   • BioScience Postdoctoral Affairs

     Stephanie Correa earned a BA in Biology from Pomona College...

2. Images

   • 
   • 
   • 
   • 

   View all

3. www.ibp.ucla.edu › faculty › stephanie-correaStephanie Correa - Integrative Biology and Physiology

   www.ibp.ucla.edu › faculty › stephanie-correa

   • Cached

   Apr 23, 2020 · Associate Professor. Email: stephaniecorrea@ucla.edu. Office: 2028 TLSB. Phone: (310) 825-1559. Website: http://www.correalab.org/ Biography. Stephanie Correa earned a BA in Biology from Pomona College and a PhD in Neurobiology and Behavior from Cornell University.

4. www.uclahealth.org › cancer › membersStephanie Correa, PhD - Member Directory | UCLA Health ...

   www.uclahealth.org › cancer › members

   • Cached

   Using mouse models of estrogen receptor deficiency and transcriptional profiling at single cell resolution, the Correa Lab is testing the hypothesis that specific neuronal populations within the hypothalamus mediate some of the adverse side effects of adjuvant endocrine therapies for breast cancer.