1. UG0712, A Ginsenoside Complex, Improved Endurance Performance and Changed Hepatic and Muscular Transcriptomic Signatures in C57BL/6N Male Mice.
- Author
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Yu, Su Hyun, Oh, Hea Ry, Park, Yong Hyun, Hong, Hye Ryeong, Kim, Hyun Jin, Park, Jinbong, Han, Yohan, Ko, Seong-Gyu, Shin, Eui Cheol, Kim, Tae Gyun, Cho, Hyung Taek, Pan, Jeong Hoon, Shim, Youn Young, Reaney, Martin J.T., Cho, Tae Jin, Hong, Ji Youn, Kim, Young Jun, Han, Bok Kyung, Lee, Geung-Joo, and Lee, Kangwook
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RESEARCH funding , *CELLULAR signal transduction , *DESCRIPTIVE statistics , *MANN Whitney U Test , *GENE expression , *MICE , *PHYSICAL fitness , *ANIMAL experimentation , *BODY movement , *GINSENG , *DATA analysis software , *BIOMARKERS - Abstract
Ginsenosides, active compounds derived from Panax ginseng, exhibit promising potential in enhancing physical performance. This study investigates the impact of UG0712 (UG), a novel ginsenoside compound, on endurance capacity, body weight, organ weights, blood parameters, and specific transcriptomic changes in liver and muscle tissues using a C57BL/6N mouse model. The mice received UGs orally at three doses: UG50 (50 mg/kg), UG100 (100 mg/kg), and UG200 (200 mg/kg) for a specified duration. Endurance capacity, physiological parameters, and transcriptome signatures in liver and muscle tissues were assessed. UG administration significantly improved time to exhaustion, with UG50 and UG200 showing substantial enhancements. Body and organ weights exhibited no notable differences, suggesting a lack of adverse effects. Biochemical markers, except for decreased creatine kinase levels in the UG100 group, showed no significant variations. Transcriptome analysis revealed limited group separation and dose-dependent patterns. The UG100 group displayed significant enrichment in lipid metabolism and muscle-related terms. Identified dose-dependent improvements in endurance capacity highlight UGs' potential as supplements. The absence of adverse effects on body and organ weights, along with positive effects on biochemical markers, supports their safety. Despite limited dose-dependent patterns in transcriptomic analyses, the UG100 group showcased significant enrichment in pathways related to muscle and lipid metabolism. These findings offer valuable insights for athletes and aging individuals seeking to enhance physical performance, warranting further exploration into UG effects' on molecular mechanisms. [ABSTRACT FROM AUTHOR]
- Published
- 2025
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