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Epigenetic regulation of Aging "Speed" and "Timing" 
Identification of factors driving aging "speed" and "timing" by using system biology, AI, and molecular biology in fish, mice, and humans.  Based on the aging platform including AI and gene-editing technology, we aim to develop small compounds and synthetic peptides to regulate aging and aging-related diseases. 

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Physical elasticity and Aging
Cells and tissues change their physical elasticity over time as they age, and physical elasticity regulates surrounding cellular functions as a signal.

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Non-visual photoreceptor OPN5 regulates Aging
Non-visual photoreceptors, such as OPN5, are evolutionarily conserved and regulate aging as a non-visual signaling function.

Biotechs

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One Genomics

ASAGI Labs Foundation
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Division of Molecular Biology of Aging

The Research Institute for Science and Technology (RIST) 

Tokyo University of Science

 

2nd Floor, Building 10 

2641 Yamazaki, Noda-shi, Chiba 2788510, Japan 

Tel: +81-4-7124-1501 (Ext. 6131)

Tokyo Universiry

of Science

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ASAGI Labs Inc.
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Keio University

School of Medicine

Keio University, School of Medicine
35 Shinano-machi, Shinjuku-ku, Tokyo 160-8582, Japan
e-mail: mhayano@keio.jp

一般財団法人ASAGI Labs

ASAGI Lasb Foundation

株式会社ASAGI Labs

ASAGI Lasb Inc.

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