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Cancer Cell Biology Research Program

$82,784P30FY2023CANIH

Vanderbilt University Medical Center, Nashville TN

Investigators

Linked publications, trials & patents

Trial NCT07016399Trial NCT06593106Trial NCT05501665Trial NCT05361720Trial NCT04765072Trial NCT02702310Trial NCT02685631Trial NCT02677883Trial NCT02676752Trial NCT02672475Trial NCT02658487Trial NCT02600533Trial NCT02489422Trial NCT02480114Trial NCT02457910Trial NCT02448225Trial NCT02440737Trial NCT02374931Trial NCT02359851Trial NCT02324881Trial NCT02296112Trial NCT02269111Trial NCT02240381Trial NCT02236546Trial NCT02170272Trial NCT02151539Trial NCT02148406Trial NCT01996527Trial NCT01928160Trial NCT01901367Trial NCT01660971Trial NCT01230515Trial NCT01198535Trial NCT01141218Trial NCT01098669Trial NCT01098643Trial NCT01096407Trial NCT01096394Trial NCT01096381Trial NCT01077440Trial NCT01031446Trial NCT01013506Trial NCT01009931Trial NCT01007422Trial NCT00993694Trial NCT00993135Trial NCT00987766Trial NCT00984542Trial NCT00984490Trial NCT00983268Trial NCT00957736Trial NCT00949052Trial NCT00930930Trial NCT00900406Trial NCT00900003Trial NCT00899769Trial NCT00899626Trial NCT00899457Trial NCT00899301Trial NCT00899028Trial NCT00898742Trial NCT00898638Trial NCT00898430Trial NCT00898313Trial NCT00897988Trial NCT00897832Trial NCT00897793Trial NCT00897650Trial NCT00897468Trial NCT00897403Trial NCT00897117Trial NCT00896948Trial NCT00896675Trial NCT00892801Trial NCT00875238Trial NCT00840814Trial NCT00837876Trial NCT00835679Trial NCT00801346Trial NCT00765245Trial NCT00755040Trial NCT00675636Trial NCT00670644Trial NCT00670605Trial NCT00670046Trial NCT00666211Trial NCT00656604Trial NCT00653250Trial NCT00651976Trial NCT00651716Trial NCT00647218Trial NCT00626873Trial NCT00625417Trial NCT00625066Trial NCT00616590Trial NCT00601991Trial NCT00573404Trial NCT00550537Trial NCT00544648Trial NCT00533884

Abstract

PROJECT 002– SIGNAL TRANSDUCTION AND CHEMICAL BIOLOGY RESEARCH PROGRAM PROJECT SUMMARY/ABSTRACT The Signal Transduction and Chemical Biology Research Program (ST) pursues fundamental cancer research to understand patient- and cancer-specific rewiring of signaling networks and the cell cycle, and how stem/progenitor cell plasticity and heterogeneity contribute to tumorigenesis. This information is used to identify new targets that could be the focus of future drug discovery efforts. Accordingly, an overarching goal of ST is to develop novel and/or test small molecule leads against important drivers of cancer initiation and progression and aid the optimization of `leads' to drugs so that ST discoveries can be translated to the clinic as new cancer interventions. The major role of ST leadership is to ensure communication between clinical investigators, population-based researchers and basic scientists to ensure that potentially translatable findings are explored. ST leadership and Vanderbilt-Ingram Cancer Center (VICC) sponsor meetings and retreats to ensure that communication of the basic science discoveries is robust. Program goals will be accomplished by: 1) performing cutting-edge research in single cell biology, stem cells and signaling networks, to identify key targets that confer selective dependencies in human cancers; 2) promoting cutting edge research in chemical biology and development of new cancer therapeutics; and 3) stimulating interactions among the Program membership to accelerate discovery, mentor junior faculty, foster collaborations with clinical programs, promote technologies such as scRNA-seq, super-resolution microscopy, mass cytometry and PROTACS, and work closely with VICC Shared Resources to develop new instrumentation for cancer discovery. There are 44 program members from 13 departments and four schools with $11M in total peer-reviewed funding and NCI making up 39% ($4.3M). Out of 372 publications, 15% are intra-programmatic and 34% are inter-programmatic. Members also have 115 collaborative publications with investigators at other NCI-designated cancer centers.

View original record on NIH RePORTER →