Apply for NIH Predoctoral Training Programs
Bioinformatics and Genomics , Ecology , Master of Biotechnology , Molecular Cellular and Integrative Biosciences , Neuroscience , Physiology , Plant Biology
March 16, 2026 @ 12:00 am to April 1, 2026 @ 12:00 am
We are excited to highlight a call for student applications for four unique interdisciplinary NIH T32 NRSA training opportunities in the biomedical sciences. A very brief description is provided below, and we encourage you to learn more about our programmatic offerings through the links provided. Determine which program aligns best with your research interests and career goals and apply accordingly. Please submit an application for only one of these training programs by April 1, 2026.
Information sessions:
• A general information session (Q&A style) for all programs will be held on Monday, March 23 at 3:15 pm. (Attend via this Zoom link.)
Biotechnological & Integrative Opportunities in Microbiome Sciences (BIOMS) prepares students to excel in microbiome sciences and their technological applications. Trainees will gain critical expertise in microbial ecology, host-microbiome interactions, and microbiome-driven biotechnology through a One Health lens. The program provides integrative training spanning foundational coursework, monthly journal clubs, weekly seminars, and professional development opportunities, including a biotechnology internship, mentoring from industry scientists, and workshops focused on science communication.
Eukaryotic Gene Regulation (EGR) prepares students to excel in both experimental and computational approaches to address fundamental questions in gene regulation. Students in the program are vital members of the Center for Eukaryotic Gene Regulation (CEGR) community, with critical expertise in biophysics, biochemistry, molecular biology, genetics, computational biology, and statistics.
Molecular Machines Mechanism and Structure (M3S) trains students in the inner workings of the molecular switches, motors, pumps, factories, clocks, and information processors whose functions underlie all of cell biology. Trainees will gain understanding of the molecular building blocks of these machines, the nanoscale rules by which these molecular machines operate, and the experimental and computational methodologies used to relate molecular structure to cellular function. Learn more https://www.huck.psu.edu/graduate-programs/training-grants.
Contact
Jean Pierce
jep32@psu.edu