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Wed. Dec 3, 2025

Thu. Dec 4, 2025

Fri. Dec 5, 2025

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Use of the AI Simultaneous Interpretation System

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Physiological regulation of UCP1 activity in brown adipose tissue during hibernation in Syrian hamsters: its potential implications for metabolic diseases

Diabetes develops as a result of both impaired insulin secretion from β cells and insulin resistance in muscle, liver, and adipose. Here, emerging scientists will join to share latest findings from molecular biology-based mechanistic analysis as well as large-scale data science. We aim to gain new insights into novel mechanisms, drug targets, and future precision medicine approaches of diabetes.

【E】Diabetes: Novel insights into mechanisms of impaired insulin secretion and insulin resistance

The 48th Annual Meeting of the Molecular Biology Society of Japan

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[2PS-18-02]Physiological regulation of UCP1 activity in brown adipose tissue during hibernation in Syrian hamsters: its potential implications for metabolic diseases

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