Faculty affiliated with the B3 REU program

Affiliation:

City College, Chemistry & Biochemistry

Research interests:

How cell signaling proteins transduce signals to control cellular functions.

Research interests:

Understanding rules that govern protein self-assembly into dynamic reversible fluid phases.

Affiliation:

Structural Biology Initiative, Advanced Science Research Center, Biochemistry, Graduate Center of the City University of New York

Affiliation:

City College, Chemistry & Biochemistry

Research interests:

structure, dynamics and function of protein-protein interactions

Affiliation:

City University of New York School of Medicine, Molecular, Cellular, and Biomedical Sciences

Research interests:

Bacteriophage and virus assembly and replication, including translational components for vaccine development.

Affiliation:

City College, Biology

Research interests:

A molecular understanding of how bacterial cells grow and divide.

Affiliation:

City College, Chemistry & Biochemistry

Research interests:

Functional materials from renewable resources, a sustainable molecular design.

Affiliation:

City College, Chemistry & Biochemistry

Research interests:

Studies on viral and bacterial pathogens

Affiliation:

City University of New York School of Medicine, Molecular, Cellular, and Biomedical Sciences

Research interests:

Cell shape, tissue development, treatment of disease.

Affiliation:

City College, Chemistry & Biochemistry

Research interests:

Olfactory receptors and chemically synthesized small RNA expression vectors as oligonucleotide vectors.

Affiliation:

Structural Biology Initiative,  Advanced Science Research Center; City College, Chemistry and Biochemistry

Research interests:

Structural and functional study of large macromolecular complexes using cryo-electron microscopy.

Affiliation:

Structural Biology Initiative,  Advanced Science Research Center; City College, Chemistry and Biochemistry

Research interests:

Structural basis of environmental sensing and signaling, giving insight to biological regulation and establishing foundation for artificial control

Affiliation:

City College Grove School of Engineeering, Chemical Engineering

Research interests:

Molecular Engineering of Proteins; Biomembranes and Membrane Proteins; Fluorescence Spectroscopy and Imaging; Magnetic Resonance Spectroscopy.

Affiliation:

City College, Physics

Research interests:

Computational studies of how protonation states effect protein function.

Affiliation:

City College, Chemistry & Biochemistry

Research interests:

Structural biology of DNA replication and repair.

Affiliation:

Structural Biology Initiative,  Advanced Science Research Center; City College, Chemistry and Biochemistry

Research interests

Alternative protein conformations and how they underlie dynamic functions such as catalysis, ligand binding, and allosteric regulation.

Affiliation:

City College, Physics

Research interests:

Biodesign, synthetic biology.

Affiliation:

City College, Chemistry & Biochemistry

Research interests:

Biophysics of protein-membrane interactions, membrane pores, antimicrobial peptides, amyloid diseases, and proton transfer modeling. 

Affiliation:

City College, Chemistry & Biochemistry

Research interests:

Development of appetite controlling protein-ligand complexes, plant biopolymers that protect fruits and vegetables, and melanized fungal cells that resist drug therapy

Affiliation:

City College Grove School of Engineering, Chemical Engineering

Research interests:

Peptide design and synthesis, focusing on self-assembly and interfacial characterization.