Structure-activity relationship study of acyclic terpenes in blood glucose levels: Potential α-Glucosidase and Sodium Glucose Cotransporter (SGLT-1) Inhibitors

Medicina y ciencias biológicas

• Glucosidases 83%
• Sodium-Glucose Transport Proteins 78%
• Terpenes 67%
• Structure-Activity Relationship 64%
• Sodium-Glucose Transporter 1 46%
• Sodium 45%
• Blood Glucose 45%
• geraniol 45%
• Sucrose 40%
• Glucose 34%
• Lactose 32%
• citronellic acid 31%
• farnesylacetic acid 30%
• farnesal 29%
• decaprenoic acid 29%
• geranyl acetate 28%
• Glucose Tolerance Test 27%
• Streptozocin 27%
• Lactose Tolerance Test 24%
• geranylgeraniol 23%
• citral 22%
• Farnesol 21%
• Canagliflozin 21%
• Squalene 20%
• Monoterpenes 20%
• Acarbose 19%
• Sesquiterpenes 18%
• Diterpenes 18%
• Disaccharides 17%
• Triterpenes 17%
• Hypoglycemic Agents 13%
• Digestion 12%
• Hyperglycemia 12%
• Type 2 Diabetes Mellitus 10%

Química

• Terpene 63%
• Structure-Activity Relationship 47%
• Lactose 44%
• Glucose 40%
• Sucrose 38%
• Sodium Atom 34%
• Geranate 27%
• Farnesal 26%
• Canagliflozin 25%
• Geranic Acid 25%
• Geranylgeraniol 23%
• Geranyl Acetate 21%
• Farnesol 21%
• Nerol 20%
• Citral 19%
• Acarbose 19%
• Geraniol 18%
• Squalene 17%
• Antidiabetic Agent 16%
• Monoterpene 16%
• Terpenoid 16%
• Triterpene 15%
• Diterpene 15%
• Sesquiterpene 15%
• Disaccharide 14%
• Reduction 12%
• Acetate 9%
• Acid 4%

Física y astronomía

• terpenes 100%
• inhibitors 63%
• glucose 63%
• blood 52%
• sodium 48%
• lactose 30%
• sucrose 26%
• acetates 14%
• mice 14%
• hyperglycemia 12%
• acids 12%
• diabetes mellitus 11%
• evaluation 4%