Cell and Molecular Biology
The Cell and Molecular Research Area brings together faculty, postdoctoral fellows, and students with interests in revealing the molecular bases of both normal and abnormal cell and tissue biology.
- We have focus areas in cancer, cell biology and cellular dynamics, plant biology and bioenergetics.
- Experimental approaches in cell signaling and differentiation, molecular biology, proteomics, genomics and genetics, and advanced cell imaging are interwoven throughout these major focus areas.
The group has a strong commitment to enhancing the educational experience of our students in the classroom and the laboratory.
- We offer a host of graduate courses to prepare students to tackle thesis research projects in many aspects of modern biomedical or plant sciences.
- We encourage our students to broaden their coursework to other departmental focus areas such as bioinformatics, structural biology and biophysics, organismal biology, neuroscience and behavior, evolutionary biology or bioremediation, as needed.
- Many undergraduates are active and important participants in our research programs; we take pride in sending them onward to pursue advanced degrees in science and medicine.
Our research activities and collaborative interactions span well beyond the department to involve colleagues in the Purdue Center for Cancer Research, the College of Engineering — particularly Biomedical Engineering, and the College of Agriculture.
Major extramural funding for research is provided by the NIH, the NSF, the USDA and numerous private foundations.
The Cell and Molecular Biology Research area has weekly seminars on a variety of topics.
Cell and Molecular Biology News
- From Lab Beginnings to Global Cancer Research: Dr. Esteban Orellana’s Scientific Journey
- Advancing the Future of Neurodegenerative and Aging-related Disease Treatment
- Purdue Professor Develops Cost-Effective PET Lamination for Microfluidics
- NIH Awards Grant to Purdue Researcher for Innovative Cancer Treatment Research
- Unveiling Cancer's Balancing Act: Exploring Protein Phosphatases and Therapeutic Strategies
- First-in-class targeted microRNA therapy slows cancer tumor growth