Skinni — the most interesting molecules in biology, supplied properly.
36 research compounds. Documented identity, traceable lots, and a professional check before anything ships.
Research use only. Not for human or veterinary use.
Why it matters
Biology moves. The science studying it should keep up.
Skin, hair, repair, metabolism, memory, sleep, cellular energy. Systems that never sit still, and the research now equipped to study them.
Most of what surrounds them is noise. We answer it with paperwork: CAS number and formula on every compound, traceable lots, and a professional check before anything ships. No promises about results.
Six research worlds
What the catalog is for
7 compounds
Regenerative
Skin, hair and tissue-repair research
10 compounds
Endocrine
Growth-hormone axis and hormonal signalling research
6 compounds
Metabolic
Energy, appetite and metabolic-signalling research
4 compounds
Neurobiology
Mood, memory and sleep-architecture research
6 compounds
Cellular
Mitochondrial, antioxidant and immune-signalling research
1 compound
Specialty
Pigmentation and other specialised research targets
Selected
Compounds in focus
Regenerative
BPC-157
Studied in models of soft-tissue and gut repair, and in how new blood vessels form.
Regenerative
GHK-Cu
Studied in skin-cell models for collagen and the matrix that holds cells together, and in hair-follicle models.
Regenerative
Glow Blend
Studied together in combination protocols: GHK-Cu, BPC-157 and TB-500.
Metabolic
MOTS-c
Studied in AMPK signalling and how cells keep their energy in balance.
Neurobiology
DSIP
Studied in sleep-architecture and circadian-rhythm models.
Cellular
NAD+
Studied in mitochondrial metabolism and in sirtuin-pathway models of cellular ageing.
Research library
We publish the evidence, including where it runs out
Each article names the system a finding came from — cell line, rodent, or which human trial — so the evidence level is visible rather than implied.
Read the library- Articles
- 20
- Cited sources
- 90
- Dosing guides
- None
Cellular
What a peptide actually is
What a peptide is, why your body already uses them to send messages, and how they became a major focus in drug discovery.
Supplies
How to read a certificate of analysis
What the purity, identity, water and endotoxin numbers on a COA actually tell you, and the things a COA cannot tell you at all.
Regenerative
Matrikines: what the skin matrix says to itself
When collagen breaks down, the fragments act as signals rather than waste. GHK and copper are the clearest worked example.
Endocrine
The growth-hormone axis, and four ways to poke it
GHRH analogues and ghrelin-receptor peptides push growth hormone in different ways. That difference is the whole story.
Research news
Latest from the field
Research news · Phys.org
Three amino acids apart, two histones behave differently
Phys.org reported in November 2026 that researchers from Kyushu University found H3mm15, a histone H3.3 subvariant differing at only three amino acids, cannot be interchanged with conventional H3.3 and behaves differently in chromatin during spermatogenesis in mice.
Research news · Bioengineer.org
Deep Eutectic Solvents Cut Amide Bond Waste 91%
Bioengineer.org reported in November 2026 that deep eutectic solvents reduce waste generated during amide bond formation by 91%, according to new research.
Research news · The Globe and Mail
Adamantane modification anchors structure-defined peptide R&D program
The Globe and Mail reported in November 2026 that Uther Peptide has advanced a structure-defined R&D program called Adalank, incorporating an adamantane-modified research sequence.
How it works
Open to read. Verified to order.
The science is open to everyone. We only check who we ship to, because this material should go to people equipped to handle it.
Read everything
Every compound, every identity, every specification. No account, no wall.
Verify once
A quick check that you are a professional or an institution, confirmed by text.
Order
Pricing, case packs and lot paperwork, through the research desk.