[16] GLP-1 endogenous in humans [16] glucagon endogenous in humans [16] oxyntomodulin amycretin/ zenagamtide UBT251 exendin-4 [16] [17] exenatide lixisenatide [16] albiglutide beinaglutide dulaglutide efpeglenatide langlenatide liraglutide [16] polyethylene glycol/PEG- loxenatide semaglutide taspoglutide ecnoglutide utreglutide glepaglutide apraglutide maridebart cafraglutide tirzepatide pegapamodutide mazdutide survodutide bamadutide pemvidutide cotadutide retatrutide Lithium chloride Cinchonine grutalumab dapiglutide DA1726 GX-G6 GZR18 HRS9531/ KAI-9531/ Ribupatide PB718 RAY1225 VCT220 VK2735 BLX7006 supaglutide/ efsubaglutide ASC30 HRS7535 Danuglipron Aleniglipron Lotiglipron Orforglipron (non peptide partial agonist) [18] Conveglipron Elecoglipron/ AZD 5004/ ECC 5004 CT-996 CT-388/ Enicepatide CT-868 HEC88473 HS-10535 UBT251 efinopegdutide efocipegtrutide Berobenatide NNC9204-1706 TG103 YP05002/YP-05002 Positive Negative Clinical significance [edit] GLP-1 receptor agonists are a class of medications that mimic the actions of the endogenous incretin hormone GLP-1, and are used in type 2 diabetes and obesity
When you inject semaglutide, it binds to GLP-1 receptors in the brain's appetite centers, dramatically reducing hunger signals
It demands a nuanced, unflinching look at the mechanisms, the potential rewards, and, most importantly, the profound unknowns
doi: 10.1111/cns.13791
Bergmann NC, Gasbjerg LS, Heimbrger SM, Krogh LSL, Dela F, Hartmann B, et al
