Research

The Tisch Cancer Institute is a National Cancer Institute Designated Cancer Center with a mission to accelerate the prevention and treatment of cancer, improving the lives of cancer patients and their families in our diverse communities. To this end, The Tisch Cancer Institute has cultivated collaborative research programs that aim to translate discoveries into new therapies and develop novel prevention and care delivery strategies. We continually give priority to cancers that most affect the patient communities of our catchment area.

With key funding through our National Cancer Institute Cancer Center Support Grant, the Institute fosters a dynamic team of scientists, clinical investigators, and administrators, all of whom create the research infrastructure needed to spur new cancer breakthroughs.

Funding Opportunities

Through our annual Developmental Fund Awards, The Tisch Cancer Institute provides support for pilot projects focused on translational and collaborative research between our cancer research programs.

An independent, dedicated Developmental Fund Award Committee oversees the selection process. On an annual basis, the request for application is created by the Institute’s Developmental Fund Award Committee Chair, Stuart Aaronson, MD, and emailed to current Institute members. The awards support translational and/or epidemiological projects that represent inter- and intra-collaborations between members of The Tisch Cancer Institute, with a requirement that the co-principal investigators of the projects are Institute members.

Prior to a project account being established, the project must comply with internal and regulatory approval processes. Scientific progress is monitored through a mid-year progress report, which is reviewed by the Committee Chair, and a final report is required. No-cost extensions can be requested, but justification is required.  

The Tisch Cancer Institute 2024 Developmental Fund Awardees

Cathie Pfleger and Julie Schnur

Cathie Pfleger, PhD (Cancer Mechanisms) and Julie Schnur, PhD (Cancer Prevention and Control)

Drosophila models of Aromatase Inhibitor-induced Musculoskeletal Pain (AI-MSP)

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Cathie Pfleger, PhD (Cancer Mechanisms) and Julie Schnur, PhD (Cancer Prevention and Control)

Drosophila models of Aromatase Inhibitor-induced Musculoskeletal Pain (AI-MSP)

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Jose Javier Bravo-Cordero, PhD (Cancer Mechanisms) and Lucas Ferrari de Andrade, PhD (Cancer Immunology)

Regulation of breast cancer metastatic dormancy by sensory neurons and NK cells

Cathie Pfleger and Julie Schnur

Cathie Pfleger, PhD (Cancer Mechanisms) and Julie Schnur, PhD (Cancer Prevention and Control)

Drosophila models of Aromatase Inhibitor-induced Musculoskeletal Pain (AI-MSP)

Jose Javier Bravo-Cordero and Lucas Ferrari de Andrade

Jose Javier Bravo-Cordero, PhD (Cancer Mechanisms) and Lucas Ferrari de Andrade, PhD (Cancer Immunology)

Regulation of breast cancer metastatic dormancy by sensory neurons and NK cells

David Mulholland and John Sfakianos

David Mulholland, PhD (Cancer Mechanisms) and John Sfakianos, MD (Cancer Clinical Investigation)

Sensitizing Bladder Cancer to Enfortumab Vedotin (EV) by Targeting WNTb-Catenin Signaling

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