identification of muscle-specific DAF-16 transcriptional targets becomes critical for an understanding and biomedical application of the developmental and protective roles of insulin signalling. — Grant — Unknown | Proposal Forge

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Recipient

identification of muscle-specific DAF-16 transcriptional targets becomes critical for an understanding and biomedical application of the developmental and protective roles of insulin signalling.

Department

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Type

but also exerts strong protection in animal models for neurodegeneration. Intriguingly

identification of muscle-specific DAF-16 transcriptional targets becomes critical for an understanding and biomedical application of the developmental and protective roles of insulin signalling. × Unknown

1 grants totalling $0

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Recipient Profile

identification of muscle-specific DAF-16 transcriptional targets becomes critical for an understanding and biomedical application of the developmental and protective roles of insulin signalling. →