Design and characterize novel biosensors for studying rapid changes of neurochemicals in the brain and organs.

Determine dysfunctions of brain and nervous systems implicated in stress-related diseases and substance abuse using a variety of electrochemical, genetic and pharmacological techniques.

Project will involve electrophysiological measurements of single-channel currents from HEK293 cell transfected with recombinant cDNA.

Research topics such as self-evaluation and the pursuit of self-esteem, the self in social contexts, and beliefs about the nature of happiness.

This project will investigate how residues located in the cytoplasmic domain of NMDA receptors influence this receptor's function.

Learn what nature looks like at 10 meters and study the Higgs boson, dark matter, and other huge questions about our universe.

Get hands-on experience in local government and help shape Buffalo’s future during the first City Charter revision in 25 years. 

Contribute to our ongoing clinical and pre-clinical research and develop emerging biomedical imaging technologies that help improve the understanding, diagnosis, and treatment of neurological diseases.

Learn GIS software and database management in archaeology while mapping all the known archaeological sites in the Roman ager Rusellanus. 

Our project aims to enhance the use of adeno-associated viruses (AAVs) as gene therapy vectors, the student will learn to make these viruses and modify them to improve their therapeutic capacity, particularly in central nervous system disorders.