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Genitourinary Cancers Program

$70,515P30FY2017CANIH

Roswell Park Cancer Institute Corp, Buffalo NY

Investigators

Linked publications, trials & patents

Trial NCT07082270Trial NCT06202066Trial NCT05589844Trial NCT05338905Trial NCT05292521Trial NCT05231122Trial NCT04607291Trial NCT04533542Trial NCT04530812Trial NCT04526587Trial NCT04379518Trial NCT04358315Trial NCT04348747Trial NCT04298606Trial NCT04290962Trial NCT04269213Trial NCT04231539Trial NCT04207190Trial NCT04119830Trial NCT04110249Trial NCT04109924Trial NCT04093323Trial NCT04081389Trial NCT04073745Trial NCT04068649Trial NCT04067830Trial NCT04060446Trial NCT04032418Trial NCT04000581Trial NCT03965234Trial NCT03935347Trial NCT03899987Trial NCT03897270Trial NCT03895918Trial NCT03881735Trial NCT03880422Trial NCT03879694Trial NCT03865472Trial NCT03851081Trial NCT03793907Trial NCT03789877Trial NCT03751449Trial NCT03751436Trial NCT03736720Trial NCT03735589Trial NCT03735095Trial NCT03727789Trial NCT03727061Trial NCT03709550Trial NCT03691376Trial NCT03688945Trial NCT03685695Trial NCT03683147Trial NCT03680235Trial NCT03679585Trial NCT03679559Trial NCT03678350Trial NCT03630601Trial NCT03574792Trial NCT03457142Trial NCT03403634Trial NCT03384836Trial NCT03358719Trial NCT03348748Trial NCT03333486Trial NCT03297489Trial NCT03211416Trial NCT03206047Trial NCT03192397Trial NCT03090412Trial NCT03017131Trial NCT03011736Trial NCT02965976Trial NCT02955290Trial NCT02953457Trial NCT02947386Trial NCT02877641Trial NCT02857374Trial NCT02853318Trial NCT02833506Trial NCT02713373Trial NCT02650986Trial NCT02575885Trial NCT02575508Trial NCT02531906Trial NCT02474095Trial NCT02455557Trial NCT02452463Trial NCT02414724Trial NCT02399215Trial NCT02393755Trial NCT02334865Trial NCT02287727Trial NCT02227940Trial NCT02170389Trial NCT02166905Trial NCT02159950Trial NCT02119728Trial NCT02100254Trial NCT02072486

Abstract

The Genitourinary Cancers Program (GU) is a multidisciplinary research program that includes 17 members from 6 RPCI departments. The overall goal of the GU Program is to translate basic science findings into the clinical setting by identifying novel therapeutic targets and strategies for the prevention and treatment of patients with prostate, kidney and bladder cancer. There are three overarching themes for the GU Program: Theme 1: Genetic and epigenetic signatures; Theme 2: Tumor microenvironment; Theme 3: Novel therapeutic strategies. Program membership spans the breadth of genitourinary cancer and studies highlight investigations on the androgen receptor in prostate cancer, cellular targets in endothelial cells and tumor stem cells in prostate and kidney cancer, new target identification by genetic and epigenetic profiling in renal cell carcinoma and bladder cancer, and the role of vitamin D and broccoli sprout extracts in preclinical and clinical studies for therapy and prevention, respectively in bladder cancer. In addition, the program includes a robust portfolio of clinical studies based on research in the GU program. The GU Program is led by Roberto Pili MD, who has expertise in translational and clinical research in GU malignancies. Dr. Pili's leadership efforts focus on translating novel therapeutic strategies based on preclinical models of prostate, kidney and bladder cancer into clinical testing. The strength of the translational capability of the GU Program is documented by the number of investigator-initiated clinical trials (14) currently accruing across the three disease types. Since the last submission, GU members have authored 365 publications; 19% inter-programmatic collaboration, and 32% intra-programmatic. Current annual total peer-reviewed Program funding is $10.3M, of which $9.0M is NCI, and the total extramural research funding is $11.9M. Weekly seminars, annual research retreats and symposiums foster internal and external collaborations. GU Program members use 13 of the 14 CCSG shared resources and their laboratories contribute to the mentoring of more than twenty pre-doctoral and post-doctoral students from the RPCI Graduate Division. Future plans include expanding the genetic and epigenetic characterization of drug resistant phenotypes across genitourinary cancers and developing novel multimodality, rational combination strategies for the treatment of prostate, kidney and bladder cancer.

View original record on NIH RePORTER →