Faculty
Department of Cellular-Molecular Biology and Cancer Genetics | |
| Garth R. Anderson | genomic instability in cancer |
| Andrei V. Bakin | TGF-beta in cancer progression, tumor microenvironment and invasion |
| Heinz Baumann | molecular mechanisms of gene regulation by cytokines and hormones |
| William C. Burhans | DNA replication; cell cycle regulation; drug mechanisms |
| Kailash C. Chadha | the biology of the interferon system |
| Peter Demant | genetics of cancer susceptibility; genetics of multigenic diseases |
| Rosemary W. Elliott | mouse genetics, cancer susceptibility, hybrid infertility |
| Irwin H. Gelman | Src/FAK tyrosine kinase signaling in prostate cancer progression, the SSeCKS/Gravin/AKAP12 gene in metastases suppression, development of novel Src kinase inhibitors for preclinical models |
| Kenneth W. Gross | renin--an immediate downstream target of class I Hox genes |
| William A. Held | molecular genetic analysis of tumor progression in transgenic mice |
| Michael J. Higgins | genomic imprinting, overgrowth and cancer |
| David Kowalski | DNA damage response pathways and genome integrity |
| Joseph T. Y. Lau | molecular glycobiology and cellular regulation |
| Ping Liang | bioinformatics |
| Thomas Melendy | mechanisms and factors in human DNA replication |
| Hiroki Nagase | cancer susceptibility, mouse genetics, genomic approach toward cancer prevention and therapy |
| Norma J. Nowak | a resource of arrayed BAC clones for FISH mapping the human genome |
| Steven C. Pruitt | cell stem biology |
| Nicoletta Sacchi | mechanisms of genetic and epigenetic changes in cancer cells |
| Keshav K. Singh | Mitochondrial oxidative stress, genomic instability and its role in cancer |
| Dominic J. Smiraglia | DNA methylation in cancer |
| John L. Yates | Epstein-Barr virus; initiation of DNA replication in human cells |
| Yuejin Y. Yu | mouse chromome engineering fo rmodeling human genomic rearrangements |


