BME Seminar - Joel Collier

Apr 23

Thursday, April 23, 2015

10:00 am - 11:15 am
Hudson Hall 125

Successful immunotherapies must raise both the correct strength and phenotype of an immune response. To treat a particular disease via the immune system, it can be challenging to discover what the optimally protective immune response may be and then reliably achieve it. In part the challenge arises from the fact that the overall phenotype of an immune response includes contributions from many different cell subsets, including T cells, B cells, and antigen presenting cells, all of which interact complexly to generate an integrated response. We have been developing supramolecular materials, primarily comprised of peptides and proteins, which serve as modular platforms for discovering and eliciting clinically important immune responses by engaging and modulating this cellular diversity. In this seminar, several different self-assembling components will be described, including synthetic fibrillizing peptides, expressed proteins that can be induced to self-assemble after purification, and ester-containing depsipeptides with tunable hydrolytic properties.


Ashley Rasmussen