Molecular Medicine

*IMPORTANT Note About the Doctor of Philosophy in Molecular Medicine Degree*
This program is no longer accepting students at this time as this field of study is now the Cell Biology, Genetics and Molecular Medicine discipline within the new Integrated Biomedical Sciences (IBMS) Program. All information in this section of the Catalog is for the current Molecular Medicine students only.

The program in Molecular Medicine offers a research oriented, interdisciplinary course of study leading to the M.S. and Ph.D. degrees. The faculty is composed of both basic and clinical scientists drawn from the Departments of Biochemistry, Cellular and Structural Biology, Medicine, Molecular Medicine, Surgery, Pathology, and Physiology. The objective of the program is to train future scholars in the use of molecular biological approaches for the investigation of fundamental biomedical questions associated with the diagnosis and treatment of human diseases. Through completion of the program, students will have the opportunity to prepare for careers as independent investigators and teachers in cellular and molecular medicine.

The research interests of the faculty cover many areas of molecular and cell biology, including the molecular genetic basis of cancer and tumorigenesis, mechanisms of cancer metastasis, animal models of disease, transcriptional regulation, developmental, bone cell biology in health and disease, mouse genetics, molecular biological basis of aging, DNA repair, genetic recombination, eukaryotic cell-cycle regulation, protein structure, protein degradation, and signal transduction.

The laboratories of the molecular medicine program faculty members are located in The University of Texas Institute of Biotechnology and the Institute for Drug and Development in the Health Science Center.  State-of-the-art facilities for cellular and molecular biological research and biochemistry are also available, as wells as specialized instrumentation required for electron, fluorescence, confocal, and atomic force microscopy, the generation of transgenic and chimeric mice; biomolecular interaction studies; biopolymer synthesis; peptide and nucleic acid sequencing; and protein purification.