Photo of 罗伯特·布鲁诺 and 帕特里克·萨克斯

研究 areas include: Regenerative Medicine, Stem Cell Biology, 愈合, and Tissue Engineering; Drug and Gene Delivery; Cancer Biology and Therapy; Vascular Biology, 炎症, and Cardiovascular Dysfunction; Novel Bioelectric Approaches to Cancer and Cardiovascular Therapies; Telomeres and Telomerase in Cancer, 老化, 和干细胞.

研究 教师

教授 & 椅子 Medical Diagnostic & Translational Sciences

研究 Interests: Translational genomics of 端粒; telomere function and dysfunction in cancer, 老化, and regenerative medicine; novel telomere-associated biomarkers.

Recent PublicationsNational Center for Biotechnology Information/PubMed

sub端粒-labeled

端粒-labeled

Associate 教授 Medical Diagnostic & Translational Sciences

研究 interests: stem cell biology, breast cancer tumor promotion, developmental biology, molecular mechanisms of huntington's disease, induced pluripotent stem cells.

Recent PublicationsNational Center for Biotechnology Information/PubMed

Laboratory websiteRobert D, Bruno, PhD

normal-breast-microenvironment-redirects

Normal breast microenvironment redirects MDA-MB-231 human breast cancer cells to adopt a normal mammary epithelial cell fate.

教授 Frank Reidy 研究 Center for 生物

Interim Executive Director & Sentara Endowed 椅子, Frank Reidy 研究 Center for 生物

研究 Interests: Vascular endothelium and vascular inflammation. Endothelial barrier function. Endothelial dysfunction in acute lung injury, ARDS and pulmonary hypertension. Anti-inflammatory actions of heat shock protein 90 inhibitors.

Recent PublicationsNational Center for Biotechnology Information/PubMed

protection-of-enfothelial-cells-by-Hsp90 inhibitors

Protection of endothelial cells by Hsp90 inhibitors.

Assoc Dean Of Education & 创新 College of 健康 Sciences

ASSISTANT PROFESSOR Medical Diagnostic & Translational Sciences

Associate 教授 Medical Diagnostic & Translational Sciences

研究 Interests: Techniques and technologies for elongating human lifespan, somatic cell reprograming, regenerative medicine, tissue engineering, stem cell biology, 端粒 & 端粒酶.

Recent PublicationsNational Center for Biotechnology Information/PubMed

neuronal-progenitor

Neuronal progenitor cells differentiated from Huntington’s disease induced pluripotent stem cells. NPCs were probed for Beta-III tubulin expression (Green).