Department of Biological Sciences
Hunter College, City University of New York
The Department of Biological Sciences has graduate and post-graduate research programs in molecular and cell biology, cancer biology, molecular and developmental genetics, and molecular neuroscience. Students may obtain the MA from Hunter College and/or the PhD from the City University Graduate Center. A description of the Biology MA program is linked to here. For a description of various masters programs with specializations click here. The doctoral program is designed to prepare students to cope with the radical changes in direction and experimental approaches that will characterize future developments in biology, as well as to train highly qualified research scientists who are fully equipped to teach and to direct research in a wide variety of university and industry programs in the biological sciences. Faculty of the department are pursuing projects in the forefront of modern research. In addition to the individual research laboratories, a number of shared facilities are housed in the department. They include transmission and scanning electron microscopes, a sequencing and synthesis facility equipped with a DNA synthesizer, a peptide synthesizer, a gasphase sequencer, DNA sequencer and advanced HPLC and data processing equipment, a bioimaging facility, a fluorescenceactivated cell sorter and a biopreparation facility. Several facilities are available through the chemistry department, including X-ray diffraction, NMR, mass spectroscopy and biomolecular computation. Shared modern animal facilities are also available.
For a description of the CUNY Biology PhD. program visit http://web.gc.cuny.edu/biology/. For the CUNY Biochemistry program visithttp://web.gc.cuny.edu/Biochemistry/index.html
CUNY Advanced Science Research Center
The CUNY Advanced Science Research Center brings the nation’s leading urban public university to a landmark moment in its multibillion-dollar commitment to innovative science. The ASRC focuses on CUNY initiatives in five dynamic fields of applied science: Nanoscience, Photonics, Structural Biology, Neuroscience, and Environmental Sciences. Through its innovative architectural design, the center reflects a uniquely collaborative culture, where scientists work across disciplines to take on some of global science’s most vital and tantalizing challenges.