Our lab is interesting in learning how changes in DNA accessibility (epigenetics) contribute to gene expression changes that drive cancer progression and resistance to therapy. The trainee will work closely with a research scientist and the principal investigator to learn and apply new techniques. There are opportunities for both wet-lab and bioinformatic research.

The project would be to establish a new assay in the laboratory. The trainee will work closely with a research scientist and PI in the lab and be involved in day-to-day lab operations.

We are interested in working with motivated undergraduate students who can spend time in the laboratory to learn intestinal immunology and advance their laboratory skills. Intestinal immune system is associated with regulation of aberrant immune reactions, as seen in graft-versus-host disease after bone marrow or hematopoietic cell transplantation or in inflammatory bowel diseases. Our studies focus on T lymphocytes and gut microorganisms, such as helminths or gut bacteria that can regulate these aberrant and pathological immune responses. Students will purify immune cells from spleen or lymph nodes, characterize them in detail by multicolor flow cytometry, perform in vitro immune cell cultures besides various other experiments. Students will analyze DNA for various reasons.

The research assistants will be invited to participate in all aspects of psychological research relating to the organization of voluntary action. We are primarily interested in how individuals select their responses as they perform one or more tasks. Research assistants will run human participants in 45-minute experiments and engage in any other aspects of the research that interests them, including experimental design, programming the experiments and data analysis.