GGrantIndex
← Search

Human Cancer Virology Program

$306,942P30FY2017CANIH

University Of Wisconsin-Madison, Madison WI

Investigators

Linked publications, trials & patents

Paper 39638850Paper 39604703Paper 39580301Paper 39530524Paper 39527745Paper 39516197Paper 39484544Paper 39481346Paper 39474803Paper 39462136Paper 39452931Paper 39444276Paper 39443360Paper 39432401Paper 39414902Paper 39408582Paper 39407431Paper 39402986Paper 39399121Paper 39386576Paper 39386545Paper 39379374Paper 39374311Paper 39364328Paper 39358429Paper 39345631Paper 39335130Paper 39312186Trial NCT06608511Trial NCT06557733Trial NCT05985681Trial NCT05521698Trial NCT05107219Trial NCT03725761Trial NCT03722030Trial NCT03703492Trial NCT03656276Trial NCT03393741Trial NCT03387514Trial NCT03358563Trial NCT03356470Trial NCT03342378Trial NCT03304002Trial NCT03300557Trial NCT03209869Trial NCT03185871Trial NCT03028584Trial NCT03023202Trial NCT02955043Trial NCT02917629Trial NCT02876640Trial NCT02780401Trial NCT02719821Trial NCT02169284Trial NCT02096783Trial NCT02095145Trial NCT01999881Trial NCT01935960Trial NCT01901835Trial NCT01707004Trial NCT01625156Trial NCT01325311Trial NCT01263613Trial NCT01245205Trial NCT01243359Trial NCT01233505Trial NCT01218620Trial NCT01217450Trial NCT01158274Trial NCT01083641Trial NCT01004796Trial NCT00896974Trial NCT00666562Trial NCT00544596Trial NCT00499135Trial NCT00462969Trial NCT00415025Trial NCT00410605Trial NCT00227513Trial NCT00138203Trial NCT00109863Trial NCT00079014Trial NCT00052832Trial NCT00049712Trial NCT00036790Trial NCT00028652Trial NCT00023855Trial NCT00022412Trial NCT00005794Trial NCT00004872Patent 9867974Patent 9763597Patent 9603567Patent 9470697Patent 9161720Patent 8871458Patent 6974254Patent 6438202Patent 6114119Patent 6020178

Abstract

PROJECT SUMMARY (See instructions); The Human Cancer Virology (VR) program is advancing understanding, prevention, and treatment of virus linked cancers and other cancers through fundamental and translational studies that encompass five of the seven well-established human tumor viruses. Program members are defining the mechanisms by which human tumor viruses replicate, maintain chronic infection, and promote tumor induction and maintenance; determining the progressive, genome-wide molecular changes in the development of virus-associated tumors; identifying viral and cellular biomarkers for improved tumor diagnosis, prognosis and treatment selection; and using their results to develop new approaches to prevent and treat tumor virus infection and oncogenesis. Program members' efforts have already changed UW-Madison clinical practices for hepatitis C virus treatment, are moving forward in testing new treatment approaches for papillomavirus-induced head/neck and cervical cancer, and have established strong foundations for similarly novel control strategies for cancers induced by Epstein-Barr virus and other viruses. To achieve their goals, program members collaborate extensively intra- and inter-programmatically, and integrate novel, synergistic approaches using cell culture, mouse models based on transgenes and patient explants, and large collections of relevant human tumor samples. The twelve program members include three practicing physician-scientists (two M.D.s and one M.D./Ph.D.) and nine Ph.D.s who collectively comprise a highly productive, interactive, diverse, and critical mass of expertise across the full spectrum of tumor virology from molecular biology to clinical studies. They represent six departments (Oncology, Medical Microbiology and Immunology, Medicine, Molecular Virology, Plant Pathology) in four Schools (School of Medicine and Public Health, Graduate School, College of Engineering, College of Agriculture and Life Sciences), plus two private biomedical research institutes (Howard Hughes Medical Institute and Morgridge Institute for Research). They have $3.8M/yr funding from NCI and $2.7M in other peer-reviewed funding. From 2007-2011 they had 133 cancer-relevant publications, which were overall 6% intra-programmatic and 15% inter-programmatic. For 2011, intra-programmatic publications advanced to 12% and inter-programmatic publications to 25%. This increase in collaborative publications reflects a steadily increasing number of joint projects and grants within and beyond the program.

View original record on NIH RePORTER →