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Our Grantees

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Gary Flynn President and Chief Scientific Officer

$500,000 / 3 years
Awarded 2017

Vibliome Therapeutics

Bozeman, MT

About

Vibliome was incorporated in 2017 to establish proof of concept in humans for a new family of highly selective small molecule kinase inhibitors offering both reversible and irreversible binding to a broad range of targets. The company is focusing on validated and promising new kinase targets while co-targeting relevant compensatory pathways to improve patient outcomes.

Our Grant

The project will focus on the development of a Vibliome drug candidate that is a highly selective inhibitor of homeodomain-interacting protein kinase 4 (HIPK4). Researchers at Stanford, led by James Chen, Professor and Chair of the Department of Chemical and Systems Biology, have determined that the protein kinase HIPK4 is essential for male fertility. Mice lacking the HIPK4 gene have impaired spermiogenesis but are otherwise healthy, supporting HIPK4 as a therapeutic target for reversible male contraception.

A smiling older man with short gray hair and glasses, wearing a black shirt, stands in front of a light wood-paneled background.
Gary Flynn President and Chief Scientific Officer

$500,000 / 3 years
Awarded 2017

Vibliome Therapeutics

Bozeman, MT

About

Vibliome was incorporated in 2017 to establish proof of concept in humans for a new family of highly selective small molecule kinase inhibitors offering both reversible and irreversible binding to a broad range of targets. The company is focusing on validated and promising new kinase targets while co-targeting relevant compensatory pathways to improve patient outcomes.

Our Grant

The project will focus on the development of a Vibliome drug candidate that is a highly selective inhibitor of homeodomain-interacting protein kinase 4 (HIPK4). Researchers at Stanford, led by James Chen, Professor and Chair of the Department of Chemical and Systems Biology, have determined that the protein kinase HIPK4 is essential for male fertility. Mice lacking the HIPK4 gene have impaired spermiogenesis but are otherwise healthy, supporting HIPK4 as a therapeutic target for reversible male contraception.

Publications

He, Qin, Jingxue Shi, Hong Sun, Jie An, Ying Huang, and M. Saeed Sheikh. “Characterization of Human Homeodomain-Interacting Protein Kinase 4 (HIPK4) as a Unique Member of the HIPK Family.” Molecular and Cellular Pharmacology 2, no. 2 (2010): 61–68.