The Destination of Career and Good Jobs

Join Our Telegram Channel

Click the button below to join our Telegram channel:

📩 Join Telegram Channel

Postdoc Positions in the Center for Biological Clocks Research

Postdoc Positions in the Center for Biological Clocks Research at Texas A&M University, Interested Candidate Can Apply For This Position 

Postdoc Positions in the Center for Biological Clocks Research
Postdoc Positions in the Center for Biological Clocks Research


IMPORTANT INFORMATION

Employer

Texas A&M University - Center for Biological Clocks Research

Location

College Station, Texas

Salary

$50,000/year minimum or commensurate with experience

Position Type

Full Time

Job Type

Postdoc

Organization Type

Academia

Closing date

30 June 2023


Multiple funded post-doctoral positions are available in the CBCR. We seek outstanding post-doctoral candidates to work on the following projects in CBCR faculty labs:

Dr. Deb Bell-Pedersen: Determine how the circadian clock controls mRNA translation and translation accuracy in fungi and to use this information to develop treatments to improve translation accuracy during aging.

Dr. Paul Hardin: Determine how phosphorylation-dependent conformational changes in circadian activator and repressor proteins drive interactions that control rhythmic transcription.

Dr. Jeff Jones: Defining the genes, neurons, and circuits that regulate differently-timed circadian rhythms in behavior and physiology in mammals.

Dr. Wanhe Li: Investigating the genetic, molecular, and neural mechanisms underlying chronic social isolation-induced sleep loss and exploring the reciprocal relationship between chronic stress and the progression of chronic diseases, such as cancer.

Dr. Christine Merlin: Characterize the role of the photoperiodic and circadian clock-regulated vitamin A in seasonal rhythms in monarch butterflies.

Dr. Jerome Menet: Determine how circadian transcription factors regulate the chromatin environment, nucleosome positioning, and enhancer activity across the 24-hour day.

Dr. Shogo Sato: Determine how the circadian system programs metabolic and epigenetic functions and apply this information to the translational and practical levels.

For more information on projects, positions, funding and how to apply please go to: Website

Texas A&M University is an Equal Opportunity/Affirmative Action/Veterans/Disability employer committed to building a culturally diverse educational environment. Applications from veterans, individuals with disabilities, women, minorities, and members of other underrepresented groups are strongly encouraged.

Apply Now