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ToolsCompareOxytocin vs Adipotide

Oxytocin vs Adipotide

Side-by-side comparison of key properties, dosing, and research.

Cognitive EnhancementSexual Health & Libido
Oxytocin
Fat Loss & Metabolic
Adipotide
Summary
Oxytocin is a 9-amino acid neuropeptide produced in the hypothalamus with diverse roles in social bonding, trust, stress reduction, and sexual function. Exogenous administration is used therapeutically to improve social cognition, reduce anxiety, and enhance intimacy.
Adipotide (FTPP) is a chimeric proapoptotic peptide that selectively targets and destroys blood vessels feeding white adipose tissue. It binds prohibitin on the vasculature of fat tissue, delivering a proapoptotic sequence that induces cell death in fat-specific blood vessels, causing targeted fat tissue regression.
Half-Life
~3–5 minutes (IV); ~30–60 minutes (intranasal, CNS effects persist longer)
Estimated 2-4 hours
Admin Route
Intranasal, SubQ, IV
Subcutaneous, Intravenous (research)
Research
Typical Dose
20–40 IU
Not established for humans; primate studies used 0.1-1 mg/kg
Frequency
As needed (not daily long-term)
Daily for 4 weeks (research protocol)
Key Benefits
  • Enhances social bonding and trust
  • Reduces social anxiety and fear of rejection
  • Improves autism spectrum symptoms (social cognition)
  • Reduces cortisol and stress reactivity
  • Enhances sexual arousal and intimacy
  • Promotes maternal behavior and bonding
  • May improve depressive symptoms
  • Appetite suppression and metabolic effects
  • Targeted reduction of white adipose tissue
  • Promotes fat vasculature apoptosis without systemic toxicity
  • Demonstrated significant fat loss in primate studies
  • Potential for visceral and subcutaneous fat reduction
  • Novel non-hormonal mechanism distinct from GLP-1 agonists
  • Explored for obesity and metabolic syndrome
Side Effects
  • Mild uterine cramping (avoid in pregnancy)
  • Nasal irritation (intranasal)
  • Headache
  • Potential emotional over-attachment or jealousy amplification
  • +2 more
  • Renal toxicity observed in primate studies (transient, dose-dependent)
  • Dehydration and electrolyte imbalances in research
  • Weight regain upon cessation
  • Limited human data; side effect profile largely from animal studies
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