Postdoctoral Fellow: evaluating the proximate causes and evolutionary consequences in Bloomington, IN for Indiana University Purdue University Indianpolis (IUPUI)
Job Seekers, Welcome to ASHG Careers
Search Filters
Use this area to filter your search results. Each filter option allows for multiple selections.
Search Results: 1921 Jobs
Create Alert
Loading... Please wait.
NIH, National Human Genome Research Institute Logo
NIH, National Human Genome Research Institute

Bethesda, Maryland

NEW! NEW!
Memorial Sloan Kettering Cancer Center (MSK)

New York, New York

The University of Chicago

Chicago, Illinois

National Institute of Mental Health

United States - Nationwide

Pacific Northwest Research Institute

Seattle, Washington

AMN Healthcare

East Lansing, Michigan

University of Pittsburgh, School of Dental Medicine

Pittsburgh, Pennsylvania

Children's Hospital of Philadelphia Logo
Children's Hospital of Philadelphia

Philadelphia, Pennsylvania

University of Southern California Logo
University of Southern California

Los Angeles, California

UC Davis Department of Pediatrics Logo
UC Davis Department of Pediatrics

Sacramento, California

Mayo Clinic

Phoenix, Arizona

Takara Bio USA

San Jose , California

Confidential

Rockville, Maryland

RTI International

Research Triangle Park, North Carolina

Eisai

Cambridge, Massachusetts

University of Wisconsin, Madison - Department of Pediatrics Logo
University of Wisconsin, Madison - Department of Pediatrics

Madison, Wisconsin

American Society of Human Genetics Logo
American Society of Human Genetics

Rockville, Maryland

American Society of Human Genetics Logo
American Society of Human Genetics

Rockville, Maryland

Loading... Please wait.
Postdoctoral Fellow: evaluating the proximate causes and evolutionary consequences
Location: BloomingtonDepartment: IU Bloomington BiologyPosition Announcement: We are seeking a highly motivated and creative individual to join the Ledón-Rettig lab as a Postdoctoral Fellow at Indiana University. We use interdisciplinary approaches to understand both the proximate mechanisms mediating developmental plasticity and its ecological and evolutionary outcomes. To answer these questions, we use spadefoot toads, whose larvae exhibit extraordinary developmental plasticity in response to dietary and social cues; further, this plasticity is associated with the evolution of novel and complex traits, such as predaceous and often cannibalistic behaviors. A successful candidate will combine transcriptomic, genomic,


This job listing is no longer active.

Check the left side of the screen for similar opportunities.
Loading. Please wait.
Powered By Naylor Association Solutions