Cellular & Molecular Biology

Program Overview

The Cellular and Molecular Biology program is designed to prepare creative research scientists for careers in teaching, research and biotechnology. This program emphasizes in-depth comprehension of experimental design at the cellular and molecular levels of biological organization, as well as competency in current techniques in the discipline. Because of the breadth of the Cellular and Molecular Biology program, faculty members are associated with two sub-programs; Cellular Biology and Structure and Molecular Biology and Genetics.

Specializations include:  

  • researchsignal transduction
  • biochemistry and pathobiology
  • gene regulation
  • cell systems biology
  • cell and tissue ultrastructure
  • membrane structure and function
  • molecular aspects of neurobiology and endocrinology
  • genetics and metabolism of microorganisms
  • virology and immunology
  • and enzymology with an emphasis on protein dynamics and folding as well as cytochrome P-450s

Job Placement

Graduates of this program normally face attractive postgraduate training and teaching options, including technical positions in academia, government, and industry as well as teaching positions in institutions of higher education.

Resources for the Cellular & Molecular Biology Program

Faculty in the Cellular & Molecular Biology Graduate Program are drawn from 12 different departments located at Kent State University, the Cleveland Clinic Foundation, Northeast Ohio Medical University, and The University of Akron. Additional faculty are located at area clinical facilities and hospitals. This multi-departmental and inter-institutional structure of the Cellular and Molecular Biology Program gives doctoral candidates access to the talents of a broadly diverse research faculty as well as significant research facilities and resources. State-of-the-art resources available for doctoral training include facilities for:

  • proteomics and genomics
  • NMR spectroscopy
  • microscopy
  • cell and tissue culture
  • protein chemistry and structure
  • genetics
  • cellular imaging
  • study of tumor viruses
  • and numerous other facilities for the study of cellular and molecular events

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