Ⅲ. Result 3.1. Vutiglabridin tended to decrease the senescence-related gene expressions in the GA muscle of aged mice 10 3.2. Vutiglabridin could affect ECM, ROS, mitochondria, and RNA processing gene ontology pathways and age-associated lncRNA in the GA muscle of aged mice 11 3.3. Vutiglabridin may modulate satellite cell function-related gene expressions in the GA muscle of aged mice 12 3.4. Vutiglabridin may change alternative splicing-related gene expressions in the GA muscle of aged mice 16 3.5. Vutiglabridin regulated the senescence-related gene expressions in the spleen and kidney of aged mice 17 3.6. Vutiglabridin may reduce the SA-β-gal activity but vutiglabridin did not affect the ratio of glutathione in the spleen and kidney of aged mice 18
Research Interests
Protein Engineering; History and Philosophy of Science; Scientific Art; Biomaterial Development (Tissue Engineering) with modified bacteriophage; Bio Sensor Development