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Hypothalamus (Food Control Center) (N/A)
- Target
- N/A
- Molecular classification
- Brain Region, Neuroendocrine System Component, Neural Circuit
01
Overview
The hypothalamus acts as a central integrator for homeostatic (“need-based”) and hedonic (“reward-based”) regulation of food intake by processing hormonal signals from peripheral tissues alongside neural inputs from other brain regions involved in motivation and emotion. Its complex neurocircuitry ensures precise control over hunger/satiety states essential for survival.
- Other names
- Feeding CenterSatiety CenterAppetite Control CenterEnergy Homeostasis Regulator
02
Mechanism of action
The hypothalamus integrates hormonal and neural signals to regulate food intake through various nuclei and neuronal populations. Specific neurons like NPY/AgRP stimulate appetite, while POMC/CART inhibit it. Hormones like leptin, insulin, ghrelin, CCK, PYY, and GLP-1 modulate these pathways.
03
Biological functions
Regulation of food intakeRegulation of appetiteRegulation of energy homeostasisControl of hunger and satietyIntegration of hormonal signalsIntegration of neural signalsRegulation of energy expenditureReward-driven eating modulation
04
Disease associations
ObesityEating disorders (e.g., anorexia nervosa, bulimia nervosa)CachexiaMetabolic syndromeDiabetesHypothalamic obesity
05
Safety considerations
Dysregulation of appetiteWeight gainWeight lossMetabolic imbalancesHormonal imbalancesEating disordersPotential for off-target effects in other brain regionsBlood-brain barrier penetration for therapeuticsComplexity of neurocircuitry and feedback loops
06
Interacting drugs
Leptin
7 more in the full profile.
07
Biomarkers
Hypothalamic volumeLeptin levelsInsulin levelsGhrelin levelsCCK levelsPYY levelsGLP-1 levelsNPY levelsAgRP levelsPOMC levelsCART levels
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