Learn
Glow Labs Learn: research guides
Glow Labs learn is our library of plain, sourced research guides on peptide basics, storage and handling, the compounds we stock and delivery in Australia.
The guides are sorted by topic. Peptide basics explains what peptides are, the main types and how purity is checked. Storage and handling covers freeze-dried powder, the liquids used to dissolve it and keeping vials stable. The research area groups look at compounds in our catalogue: their structure, where they came from and how regulators treat them. Delivery pages cover sending parcels to each city. Inside every guide, the papers and regulator pages behind a section are named where that section ends. Every compound we sell is for laboratory research only.
Where to start
New to research peptides? Begin with our guide to what peptides are, which explains what peptides are and why labs study them. Next, the peptide purity guide shows how to read a certificate of analysis. Before a vial arrives, the storage guide explains how to keep it stable. After that, pick the research area that matches your work and read its guides.
Peptide basics
Start here if peptides are new to you. These guides explain what a peptide is, how the main classes are sorted, and how a lab checks purity with HPLC and mass spec. The same ideas sit behind every product page in our catalogue.
Storage and handling
This group is about what happens once a vial is in the lab. You can read what freeze-dried powder means, how bacteriostatic water differs from sterile water, the steps labs follow to dissolve a powder, and whether a vial belongs in the fridge or the freezer. Our catalogue also carries bacteriostatic water as a supply, and these guides pair with its page.
Delivery in Australia
These pages are about getting an order to your door. The shipping page explains packing and tracking, and each city page covers delivery to that part of the country. Every parcel is sent from our base in Traralgon, Gippsland.
Metabolic research
The metabolic guides look at retatrutide, an experimental compound still in clinical trials, and set it beside tirzepatide. They explain which hormone receptors each one targets and where the research stands. The heading opens the Metabolic research area of the catalogue.
Beauty research
Copper peptides are the focus here. One guide explains GHK-Cu and why a research vial is not the same thing as a skin serum. Another sets GHK-Cu side by side with AHK-Cu, a second copper peptide. Tap the heading for the Beauty research area.
Repair research
These guides cover BPC-157, TB-500, KPV and the KLOW blend. They report what published studies have looked at, how the compounds differ from each other, and what goes into the blend. They sit beside the Repair research area, which the heading links to.
Longevity research
The longevity guides cover MOTS-c, NAD+, glutathione, epitalon, SS-31, SLU-PP-332 and 5-Amino-1MQ. Not all of them are peptides: NAD+ is a coenzyme, and 5-Amino-1MQ is a small molecule that blocks the enzyme NNMT. Each guide explains what the compound is and what published studies have looked at.
Hormone research
Both guides here deal with the growth hormone system. One explains the CJC-1295 and ipamorelin pairing, two peptides that often share a vial though each was developed on its own. The other compares tesamorelin with ipamorelin. The heading leads to the Hormone research area.
Cognitive research
This group covers Semax, a short peptide built from a piece of the hormone ACTH, and how it compares with Selank. Both are often called nootropic research peptides. The Semax guide also notes how thin the published evidence is outside Russia.
Melanocortin research
These guides cover PT-141, also known as bremelanotide, and how melanotan I and II differ. They stick to chemistry, history and regulatory status. Read them before the Melanocortin research area if you want the regulator view first.