A private space for scientific information on research peptides, built for those who want to understand what they are, how they are studied and what role they may play within a lifestyle focused on performance, recovery and long-term wellbeing.
We believe information about research peptides should be clear, honest and evidence-based — not built on overstated promises. 707 Labs brings together in one place the available science on each compound, organised by area (metabolism, recovery, skin, sleep, longevity), so the research community has a serious, reliable point of reference.
A peptide is a short chain of amino acids, the same building blocks that form the proteins in our body.
Many biological processes —from wound healing to hormonal regulation— depend on specific peptides. Scientific research uses synthetic versions of these molecules to better understand how those processes work.
The same building blocks that form the proteins in our body.
From wound healing to hormonal regulation, many biological processes depend on specific peptides.
Scientific research uses them to better understand how those processes work.
Each compound is studied within a specific area of the body and of lifestyle. Pick the one you are interested in to see what is being researched there.
Each compound answers three questions: what it is, what is being studied about it and why it draws interest. Tap any of them to read the full explanation.
The full 707 Labs line, supplied as a lyophilized powder and kept refrigerated.
A synthetic tri-agonist molecule: it acts on three hormone receptors (GLP-1, GIP and glucagon) at the same time, designed to study their combined effect on appetite and how the body uses energy.
It is one of the most studied molecules in recent clinical trials on body-weight management; published studies assess its relationship with body-fat reduction and appetite control.
It is central to current conversations about weight loss and body composition, which makes it one of the most sought-after compounds among those researching metabolic alternatives.
A dual-agonist molecule acting on the GIP and GLP-1 receptors. Its approved pharmaceutical version is marketed under other brands for type 2 diabetes and weight management; the version studied here is strictly for laboratory purposes and is not that branded medicine.
Published clinical studies link it to glycaemic control and body-weight reduction.
It is one of the molecules with the most published clinical evidence in this area, and an unavoidable benchmark in metabolic research.
Do you have a question about a peptide? Write to our assistant. It explains, in plain language and without unnecessary jargon, what each compound is, what has been researched about it and which lifestyle area it belongs to.
It never answers questions about dosage or how to administer anything to humans, and it never gives medical advice.
Before a compound is documented, its lot is sent to an external laboratory that verifies identity, purity, net content, endotoxins and the absence of microbial contamination. The full certificate is publicly available and can be verified at the source.
Liquid chromatography coupled with mass spectrometry to confirm the molecule is the one declared.
Determines the purity percentage and the actual net content in milligrams of the vial tested.
Limulus Amebocyte Lysate assay run in duplicate, with ≤0.05 EU/mL sensitivity under validated conditions.
Validated polymerase chain reaction assay targeting common microbial contaminants.
Verification of the declared appearance: white lyophilized powder, stored between 2 and 8 °C.
Every certificate carries an accession number and a search code so it can be looked up with the issuing laboratory.
Testing is performed by LC-MS/MS under standard laboratory conditions and is specific to the sample provided; accuracy may be influenced by sample integrity, handling and other experimental variables. Results are informational and should be interpreted by qualified professionals. The certificate corresponds to the lot shown; request the COA for the specific lot you intend to study.
All information published here is for educational purposes and is intended for a qualified research audience. These are the three points worth being clear on before reading any entry.
The products described are research compounds (research chemicals). They are not approved for human consumption.
They are intended solely for laboratory use by qualified personnel, and must not be used to diagnose, treat, cure or prevent any disease.
What you will read is based on published scientific literature —preclinical and clinical studies— and must not be interpreted as a recommendation of use, dosage or medical advice.
This site is informational and private. For availability or access to the catalogue, contact us directly through the channel given in your invitation.
A space for scientific information on research peptides: what each compound is, what has been studied about it and which area of wellbeing it belongs to.
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