University of Wisconsin–Madison

About CMB

Welcome to the Graduate Program in Cellular and Molecular Biology (CMB) at the University of Wisconsin-Madison. Since 1961, CMB has been pioneering graduate education in the fields of cell biology and molecular biology. CMB provides the opportunity to work with over 180 faculty trainers, on a campus known for interdepartmental cooperation and collaboration. Currently there are over 80 students in the program, representing over 40 different departments. Coursework and research experience allow students to obtain a solid foundation in Cellular and Molecular Biology that is tailored to the professional objectives of each student. Program benefits include a competitive stipend, tuition coverage, comprehensive health benefits, and an excellent cost of living. The CMB Program only offers Fall semester admission. The application deadline is December 1.

  • CMB is ranked fourth among larger Cell and Developmental Biology PhD programs in the U.S. according to PhDs.org
  • Faculty trainers and students are arranged in twelve research Focus Groups based on common scientific interests and strengths of the program.  This structure allows students to explore the breadth of research across campus while accessing the expertise of each individual trainer
  • The CMB Program requirements emphasize research and coursework tailored to each student’s professional objectives
  • Students are actively involved in the Program’s standing committees and all major activities including admissions, recruiting, orientation, and the fall retreat
  • When not in the lab or in class, students enjoy all that the campus community can provide–the urban setting of downtown Madison with myriad cultural events, as well as the outdoor recreation that the city’s lakes and parks have to offer

If you’d like to learn about the development of the molecular biology program at the university, as well as the Molecular Biology and Molecular Virology Laboratory (known today as Bock Laboratories, the home of the CMB Program), this paper by Harlyn Halvorson details the interesting history.