Integrative medicine research · 2025
Effects of LIPOSA-T pharmacopuncture on localized fat as a fat dissolving injection via regulation of fat metabolism.
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Kim Mi Hye, Jin Seong Chul, Yang Woong Mo
Аннотация
BACKGROUND: Excessive fat deposition in localized adiposity is known to induce severe medical diseases as well as aesthetic problems. Of late, LIPOSA-T pharmacopuncture, a new herbal pharmacopuncture consisting of the cortex of Morus alba and bark of Magnolia officinalis, is developed as a non-surgical injection for dissolving localized fat deposits.
METHODS: The network pharmacology analysis was carried out with the target gene sets of constituents of M. alba and M. officinalis. Male C57BL/6 J mice were induced obesity and injected LIPOSA-T pharmacopuncture into inguinal fat pad. The fat weight and size were analyzed using dual energy X-ray absorptiometry.
RESULTS: The possible pathways and mechanism of action of LIPOSA-T were found to be mainly related to the fatty acid biosynthesis, glycolysis and glycogenesis in KEGG Pathways database. Subcutaneous injection of the LIPOSA-T pharmacopuncture significantly reduced the inguinal fat tissues weight and enlarged adipocyte size. In addition, the phosphorylated IRS with the PEPCK and G6p expressions were increased by the LIPOSA-T injection. Following the increase of AMPK expression, the fatty acid synthesis enzyme and lipolytic enzymes were regulated by the LIPOSA-T.
CONCLUSIONS: Taken together, LIPOSA-T exerted the catabolic effects on fat deposition in obesity by regulating the glucose production, lipid synthesis and TAG hydrolysis in consistent with the prediction results. Based on the findings, LIPOSA-T pharmacopuncture is expected to be a dissolving injection for localized fat.
METHODS: The network pharmacology analysis was carried out with the target gene sets of constituents of M. alba and M. officinalis. Male C57BL/6 J mice were induced obesity and injected LIPOSA-T pharmacopuncture into inguinal fat pad. The fat weight and size were analyzed using dual energy X-ray absorptiometry.
RESULTS: The possible pathways and mechanism of action of LIPOSA-T were found to be mainly related to the fatty acid biosynthesis, glycolysis and glycogenesis in KEGG Pathways database. Subcutaneous injection of the LIPOSA-T pharmacopuncture significantly reduced the inguinal fat tissues weight and enlarged adipocyte size. In addition, the phosphorylated IRS with the PEPCK and G6p expressions were increased by the LIPOSA-T injection. Following the increase of AMPK expression, the fatty acid synthesis enzyme and lipolytic enzymes were regulated by the LIPOSA-T.
CONCLUSIONS: Taken together, LIPOSA-T exerted the catabolic effects on fat deposition in obesity by regulating the glucose production, lipid synthesis and TAG hydrolysis in consistent with the prediction results. Based on the findings, LIPOSA-T pharmacopuncture is expected to be a dissolving injection for localized fat.