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Program Activities

The Cancer Epidemiology and Chemoprevention Research Program is focused on bringing basic scientists and clinicians together to address issues of cancer immunotherapy:

  • Develop further inter-programmatic collaborations with Cancer Mechanisms and Immunology
    • Planned retreat with Cancer Mechanisms Group
    • Planned focus group on skin cancer (immunity/Hh)
  • Continue mentorship of and development of faculty
    • COBRE on integrative biology (Moore/Gui)
  • Planned Post-Doctoral Training and Educational Program (Moore/Karagas/Tosteson/Others)
  • Develop other Program Projects/SPORE Grants
    • Challenge: requirement of clinical investigator leadership
  • Membership Recruitment
    • External
      • Senior Biostatistician
      • Molecular Pharmacologist
      • Molecular Pharmacoepidemiologist
      • Population Geneticist
    • Internal
      • Continue to recruit population biologists
  • New Translational Grants
    • Combination chemoprevention both in animal and human proof of principal trials studies
      • E.g., Randomized Phase II proof of principle trials with erlotinib versus erlotinib plus bexarotene in lung cancer
    • Validation of carcinogenic induced and transgenic mouse models that are predictive of human carcinogenesis
    • Continue to test chemoprevention agents in model systems including human clinical trials with clinical outcomes
  • Translation of new mechanistic discoveries to human epidemiologic studies specifically new molecular pathology markers to understand potential etiologic and chemopreventive targets
    • Targeted this year’s pilot funds
    • Challenges: infrastructure support/cost of molecular pathology services.
  • Apply new bioinformatics and statistical approaches to assess SNP array data for gene-gene and gene-environment interactions for application to identify cancer risk
    • Pending grant on G x E interaction & Integrative Biology COBRE
    • Planned validation work with bladder cancer consortium
    • Planned training grant & educational program
    • Challenge: Genomics facility (SNP analysis)
  • Conduct follow-up studies of population-based studies to elucidate risk factors for progression and survival
    • Melanoma prognosis study (underway)
    • Role of environmental factors in bladder cancer prognosis (underway)
    • Skin cancer follow-up study for other malignancies (recently awarded)
    • Genomics of bladder cancer prognosis (planned)
    • Lung cancer follow-up study based on lung cancer case-control study funded by COBRE (planned)
    • Colorectal registry follow-up (future possibility)
  • Enhanced understanding of early life exposures in adult onset cancers
    • Linda Titus-Ernstoff: Continued follow-up of DES exposed cohorts
    • Recruitment of Marlene Goldman, reproductive epidemiology
    • Rebecca Troisi ongoing studies of pregnancy hormones levels
    • Margaret Karagas planned study of intrauterine arsenic exposure

 


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