For research use only.

Adipotide

Fat-vessel-targeting peptide
What it is

Adipotide is a lab-made peptide designed to home to blood vessels in white fat and trigger their breakdown, studied in animals as a way to reduce fat tissue.[1][2]

Origin: Built from a fat-vasculature-homing sequence (CKGGRAKDC) found by phage display, linked to a death-inducing motif; early work came from Kolonin, Arap, Pasqualini and colleagues.[1]

What researchers study it for

Research areas

Published animal studies point to several research angles.

  • Targeted reduction of white fat by damaging its blood supply in mice[1]
  • Weight loss and improved insulin resistance in obese monkeys[2]
  • Broader questions about fat-vessel targeting as a metabolic research tool[2][3]

Evidence level

Level 1 of 4: Lab and animal onlyPublished adipotide work is in mice and obese monkeys, not controlled trials in people.[1][2]

Why so few human trials?

Cautions

Studies and regulators point to several reasons for care.

  • Findings come from animal models; human safety and effectiveness are not established in published trials[1][2]
  • Targeting blood vessels in fat raises theoretical concerns about off-target vessel effects that have not been settled in people[1][2]

Adipotide is not FDA approved.

Also called

Adipotide goes by several names.

  • A prohibitin-targeting peptide / fat-targeting proapoptotic peptide in the research literature[1][2]
  • CKGGRAKDC-linked peptidomimetic constructs used in the monkey study[2]

Good to know

Adipotide is studied for going after the blood supply of white fat cells, not for acting like an appetite hormone such as GLP-1.[1][2]

Handling

Storage basics General

These general basics apply to most freeze-dried research peptides.

Most research peptides come as a freeze-dried powder in a sealed vial
Unmixed vials are generally kept cold, dry, and away from light
Mixed solutions are generally refrigerated, since they are less stable than the dry powder
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Sources and studies

These studies and official pages are the research behind this profile.