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Molecular chaperone mechanism of αB-crystallin, a unique human adaptation to unstable upright bipedal locomotion, and its efficacy in improving dynamic static balance in supine and standing body-mind tuning exercise

The unit of life is the cell, and humans have evolved by adapting to stress inside and outside the cell and is the only species that can run long distances, having acquired unstable but free body movements with standing as the norm, but there is still no cellular molecular science research area that connects cell-body. This symposium will introduce typical examples of redundancy responses such as slow-twitch muscle, Beige fat, and glial cells, and propose health strategies from various angles such as mechanophysical response mechanisms including heat production of the body for living a long-lived society.<br>

日本分子生物学会年会

The 47th Annual Meeting of the Molecular Biology Society of Japan

The 47th Annual Meeting of the Molecular Biology Society of Japan

[2AS-08-01]Molecular chaperone mechanism of αB-crystallin, a unique human adaptation to unstable upright bipedal locomotion, and its efficacy in improving dynamic static balance in supine and standing body-mind tuning exercise

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