Person looking into a microscope.

Molecular, Cellular, and Integrative Biosciences

Gain an interdisciplinary perspective on cancer biology, cell and developmental biology, immunology and infectious disease, molecular and evolutionary genetics, molecular medicine, molecular toxicology, and neurobiology.

The Molecular, Cellular, and Integrative Biosciences (MCIBS) Graduate Program is composed of more than 120 faculty members from six colleges and 15 basic science departments across the University Park campus. The program provides rigorous and in-depth training across a wide range of fields in the biological sciences. Students and faculty members work alongside each other to understand normal and disease processes at the molecular, cellular, and organismal levels.

Students entering the MCIBS program take a common set of courses during their first semester, while doing three research rotations in labs of their choice. At the end of the first semester, students choose a thesis lab and emphasis area. During the second semester, they take one more course together while also beginning to branch out into courses within their emphasis areas. Students also begin to shape their thesis projects during the second semester.

Courses help lay the foundation for subsequent research training. Students must produce a body of work in their thesis lab and demonstrate the ability to think critically and to design experiments. As students progress in their scientific training, they demonstrate these skills in two exams: the candidacy exam and comprehensive exam. The thesis and defense are the culmination of the Ph.D. training and showcase the work the student has accomplished.

  • Support is guaranteed, and additional internal and training grant awards are available
  • Over $500 million federal research dollars come to faculty at Penn State each year
  • MCIBS has over 120 faculty
  • Students have access to cutting edge tools and facilities to advance their research

News

News

Q&A: How do microbiomes influence the study of life?

Microorganisms — bacteria, viruses and other tiny life forms — may drive biological variation in visible life as much, if not more, than genetic mutations, creating new lineages and even new species of animals and plants, according to Seth Bordenstein, director of Penn State’s One Health Microbiome Center within the Huck Institutes of the Life Sciences.

Three Penn State researchers awarded scientific grants from Kaufman Foundation

The Charles E. Kaufman Foundation — a supporting organization of The Pittsburgh Foundation, which works to improve the quality of life in the Pittsburgh region — has selected three Penn State researchers to receive scientific research grants. The foundation awards grants to scientists at institutes of higher learning in Pennsylvania who are conducting innovative, fundamental scientific research in the fields of biology, chemistry and physics.

Uncharted territory: A Q&A with Nanyin Zhang on mapping brain activity

To understand how different regions of the brain work together, researchers use a method called resting-state functional magnetic resonance imaging (rsfMRI). The method measures brain activity by observing changes in blood flow to different parts of the brain; however, rsfMRI does not explain how these blood flow changes to different brain regions relate to what is happening with the brain’s neurons — cells that send and receive messages in the form of electronic signals.

Testing thousands of RNA enzymes helps find first ‘twister ribozyme’ in mammals

A new method, developed by Penn State researchers, can test the activity of thousands of predicted ribozymes in a single experiment.