In the PS2@FH program, each Partner teacher will conduct biomedical research in partnership with a Mentor scientist. The Mentor scientist may be a faculty member, post-doc, staff scientist, graduate student, or other member of the host lab. Please read through the descriptions of host labs and research projects for 2026. Also visit the linked web pages within each lab description.
Rank your preference for each host lab, from 1 (most interested) to 3 (least interested). Please briefly explain your ranking for all three labs. Note that we cannot guarantee placement in these labs, but this will help us understand your interests and preferences.
Barry Lab:
Kevin C. Barry, PhD is an Assistant Professor in the Public Health Sciences Division at Fred Hutch. Dr. Barry studies how the immune system recognizes and responds to cancer. He aims to determine how innate immune cells recognize cancer and regulate immune responses to it. Dr. Barry previously identified a novel set of immune cells that regulate immune responses that protect patients from melanoma. The number of these cells in a patient’s tumor can identify those patients who will benefit the most from immunotherapy. Dr. Barry and his team are learning more about the signals that control this set of innate immune cells in cancer. His goal is to generate novel therapies to increase cancer-killing immune responses and save lives from cancer. Dr. Barry has previously hosted a high school science teacher in his lab who investigated the regulation and function of Flt3L isoforms in melanoma tumor cells. He plans for a Partner teacher to continue this exciting new direction of research. Explore the Barry Lab website.
Malik Lab:
Harmit Malik, PhD is Professor and Associate Director of the Basic Sciences Division at Fred Hutch. Dr. Malik studies genetic conflict, the competition between genes and proteins with opposing functions that drives evolutionary change. His research could have implications for various diseases, from HIV to cancer. As part of this work, his team developed an approach for identifying genes that divide one species from another, which could help solve the riddle of how new species evolve. Dr. Malik also studies the evolutionary processes that drive our body’s interactions with viruses, including contemporary scourges like HIV, as well as ancient viruses whose fossils litter our genome. With Fred Hutch colleagues, he has characterized the rapidly evolving interface between proteins on human cells and viruses that make us sick. This work has highlighted surprising deviations from “textbook” models of these interactions, revealing gene variants that could influence our susceptibility to infection. Dr. Malik has previously hosted a high school science teacher in his lab who investigated an Iris-like domesticated viral gene in mosquitoes and other non-dipteran insects. Explore the Malik Lab website.
Salama Lab:
Nina Salama, PhD is Senior Vice President of Education, Professor in the Human Biology and Public Health Sciences Divisions, and Affiliate Professor in the Basic Sciences Divisions at Fred Hutch. Dr. Salama studies Helicobacter pylori, a stomach bacteria that infects half the world’s population and is associated with ulcers and gastric cancer. Her team found that H. pylori’s unique corkscrew shape allows the bacteria to colonize the stomach by burrowing into the mucus lining, where it is protected from the acidic environment. They found a set of key proteins responsible for the bacteria’s twisty form. H. pylori that lacks these proteins cannot effectively colonize the stomach, making these proteins possible new drug targets to prevent infection. Dr. Salama is trying to understand why only some people infected with H. pylori develop stomach cancer, and how genetic variations in the bacteria affect human disease and transmission. She also works to understand how a person’s immune response to the bacteria influences the course of their infection. Dr. Salama has previously hosted two science teachers (here and here) in her lab who explored how point mutations on the N-terminus of CCmA regulate H. pylori cell shape. This line of research will be continued by a Partner teacher. Explore the Salama Lab website.
Rank your preferences for a host lab below.