Research library
Search by compound, body area, or category. Add every profile that interests you, then request pricing and information in one message.
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25 profiles
Weight Loss & Metabolism
Body area: appetite centers in the brain, fat cells, blood sugar regulation.
It acts on three separate metabolic receptors at once, and early trial data has shown some of the largest weight-loss effects seen so far in this drug class.
Weight Loss & Metabolism
Body area: appetite regulation, pancreas, blood sugar control.
It slows digestion and reduces appetite while helping the body manage blood sugar, which is why authorized versions are used for type 2 diabetes and weight management.
Recovery
Body area: gut lining, tendons, ligaments and muscle.
It is studied for supporting the body’s natural repair processes in soft tissue and the digestive tract.
Recovery
Body area: soft tissue and blood vessels.
It is linked to helping cells move to injury sites and supporting new blood-vessel growth, which is why it is associated with tissue-repair research.
Anti-Inflammatory
Body area: gut and skin.
It is a small piece of a larger natural hormone and is associated with calming inflammatory signalling in tissue.
Anti-Inflammatory
Body area: skin and immune system.
The body makes this naturally as part of its first-line defence against bacteria, and it is linked to wound-response signalling.
Anti-Inflammatory
Body area: immune system.
It is involved in helping immune cells respond properly and is used as a prescription treatment in some countries for specific conditions.
Cognitive
Body area: brain, sleep-wake cycle.
This is a hormone the body already makes to regulate sleep, and authorized forms are well established for shifting sleep timing.
Cognitive
Body area: brain-cell signalling.
It is a very short lab-made peptide linked to research on supporting brain-cell function as cells age.
Cognitive
Body area: brain, memory and focus pathways.
It is associated with research on brain-growth proteins tied to memory and attention.
Cognitive
Body area: brain and stress response.
It is related to a natural immune peptide and is associated with research on calming anxiety-like effects.
Cosmetic
Body area: skin.
The body already produces small amounts of this copper-binding peptide. It is linked to collagen production and skin repair, which is why it appears in skincare research.
Cosmetic
Body area: skin-pigment cells, appetite and libido pathways.
It is associated with darkening skin pigmentation and altering appetite and libido through melanocortin pathways.
Growth Hormone
Body area: fat cells.
It is a small piece of growth hormone modified to target fat-breakdown signalling without reproducing the hormone’s broader effects.
Growth Hormone
Body area: pituitary gland.
This version is modified to remain active for longer, prompting a more sustained release of growth hormone.
Growth Hormone
Body area: pituitary gland.
This shorter-acting version prompts a briefer pulse of growth-hormone release rather than a sustained one.
Growth Hormone
Body area: pituitary gland.
It triggers growth-hormone release through a different pathway than CJC-1295 and is studied for its relative receptor selectivity.
Growth Hormone
Body area: pituitary gland and abdominal fat.
It prompts the body to release more growth hormone and authorized versions are used for reducing excess abdominal fat in a defined medical condition.
Growth Hormone
Body area: muscle tissue.
This is a modified, longer-lasting version of a natural growth factor associated in laboratory research with muscle-cell growth and repair signalling.
Growth Hormone
Body area: whole-body growth and metabolism, especially in childhood.
It is the lab-made version of the hormone the pituitary gland naturally produces, and authorized versions treat diagnosed growth-hormone deficiency.
Metabolic
Body area: mitochondria and muscle.
It is linked to how cells manage energy and respond to exercise, which has made it a focus of metabolic research.
Metabolic
Body area: every cell in the body, especially energy production.
It is a molecule cells rely on constantly, and levels can change with age, which is why NAD+ metabolism is a major focus of longevity research.
Metabolic
Body area: liver, cells throughout the body and skin.
The body makes this naturally as a major antioxidant, helping manage cellular waste and oxidative stress. Skin-brightening evidence is weaker than evidence for its core antioxidant role.
Metabolic
Body area: fat cells.
It is linked to blocking an enzyme involved in cellular metabolism and fat storage, making it a compound of interest in metabolism research.
Metabolic
Body area: mitochondria, heart and muscle tissue.
It is designed to target and protect the energy-producing structures inside cells when they are under stress.