Retatrutide
GIPR / GLP-1R / GCGR agonist
Data not indexed yet
0 studies
Open record →Scientific Topic
Appetite Regulation
Integração de sinais centrais e periféricos que modulam fome, saciedade e ingestão.
At a glance
Research Summary
- What is it?
- Integração de sinais centrais e periféricos que modulam fome, saciedade e ingestão.
- Why does it matter?
- This topic provides a conceptual bridge between 2 biological processes and 3 compounds.
- Key mechanisms
- GLP-1 Signaling
- Key targets
- GIPR · GLP1R · GCGR
- Related compounds
- Retatrutide · Tirzepatide · Semaglutide
- Human evidence
- No human studies indexed for this node.
- Main uncertainties
- The current index is curated but not exhaustive.
Biological context
BI
Appetite Regulation
biological process
Neural and peripheral signals that influence hunger, satiation and food intake.
6 pathway4 target6 compound2 study→
BIGlucose Regulation
biological process
Hormonal control of glucose-dependent insulin secretion and systemic glucose handling.
6 pathway4 target6 compound2 study→
CEPancreatic Beta Cells
cell type
Endocrine pancreatic cells responsible for insulin secretion.
2 pathway3 target9 compound1 study→
Related Compounds
Tirzepatide
GIPR / GLP-1R agonist
Data not indexed yet
0 studies
Open record →Semaglutide
GLP-1 receptor agonist
Human RCT
1 study
Open record →Related Pathways
Published evidence
Studies
No dead ends
Continue Exploring
CO
Retatrutide
compound
GIPR / GLP-1R / GCGR agonist
7 pathway5 target16 compound2 study→
COTirzepatide
compound
GIPR / GLP-1R agonist
7 pathway5 target16 compound2 study→
COSemaglutide
compound
GLP-1 receptor agonist
7 pathway5 target16 compound2 study→
PAGLP-1 Signaling
pathway
Sinalização de GLP-1R relacionada a secreção de insulina, esvaziamento gástrico e circuitos de saciedade.
6 pathway4 target19 compound7 study→