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    Project #80: Nano-in-microgel long-acting combination drug delivery platform for localized immunomodulation to prevent allogenic islet graft immune rejection in extrahepatic transplantation sites

    Forecasted

    Project #80 supports Dr. Dhanashree Surve’s research on localized combination drug delivery to protect transplanted islet cells from immune rejection and reduce reliance on lifelong immunosuppression.

    OverviewSimilar Grants
    OverviewSimilar Grants

    Mitigating stress-related cell loss in islet replacement therapy for type 1 diabetes (T1D)

    Mitigating stress-related cell loss in islet replacement therapy for type 1 diabetes (T1D) supports academic and industry investigators developing ways to reduce transplant cell loss for more durable therapies.

    Breakthrough T1DDue Nov 19, 2026· 19d$750,000

    Project #81: Exploring the Therapeutic Potential of a Novel IRE1 Inhibitor in Type 1 Diabetes

    Project #81: Exploring the Therapeutic Potential of a Novel IRE1 Inhibitor in Type 1 Diabetes supports Luka Suzuki's PAIR2 research to protect beta cells and improve blood-sugar control.

    DRCForecasted Jul 31, 2027$75,000Forecasted

    Project #86: Elucidation of the Regulatory Mechanisms of Naïve T Cells by Gut Microbial Metabolites for Therapeutic Strategies in T1D

    Project #86 supports Keiichiro Mine at Boston College in studying whether the gut microbial metabolite isoLCA can reduce inflammatory immune-cell activation to help prevent type 1 diabetes.

    DRCForecasted Jul 31, 2027$75,000Forecasted

    Project #76: Assessing spatial heterogeneity of the alpha cell dysfunction and testing its connection to the islet-specific T cells in T1D

    Project #76 supports Vira Kravets at UC San Diego in studying alpha cell dysfunction and immune targeting as possible triggers of type 1 diabetes, potentially informing prevention and treatment.

    DRCForecasted Jul 31, 2027$75,000Forecasted

    Project #72: Optogenetics to stimulate maturation of functional replacement beta cells from human stem cells

    This grant funds research using optogenetics to mature stem cell-derived beta cells for improved type 1 diabetes therapy, supported by the Diabetes Research Connection.

    DRCRolling submissions$75,000