Reconstitution
The powder is dissolved in an appropriate solvent under sterile, controlled conditions.
Research & Education
The science of peptides, explained clearly.
Peptides sit at the centre of modern life-science research. This is our plain-language primer — what they are, how they're studied, and how to read the data responsibly.
What is a peptide?
A peptide is a short chain of amino acids — the same building blocks that make up proteins, just fewer of them. Where a protein may contain hundreds of amino acids, a peptide typically has between two and fifty.
Because they're small and specific, peptides are widely used as research tools to probe how biological signalling pathways work. Their sequence determines their shape, and their shape determines how they interact with receptors and other molecules.
2–50
amino acids
20
building blocks
∞
sequences
In the lab
How peptides are studied
Research peptides are typically supplied as a lyophilised (freeze-dried) powder and handled under controlled conditions.
Assay design
Researchers define the in-vitro model and the measurable endpoints of interest.
Measurement
Effects are observed and quantified against controls to ensure validity.
Documentation
Methods and results are recorded so findings can be reproduced and reviewed.
| Field | What it tells you |
|---|---|
| Purity (HPLC) | Proportion of the sample that is the target compound. |
| Mass (MS) | Confirms the molecular weight matches the expected sequence. |
| Sequence | The exact order of amino acids in the chain. |
| Net peptide | Actual peptide content, accounting for salts and water. |
| Storage | Conditions to preserve stability over time. |
How to read characterisation data
A certificate of analysis (COA) is the single most useful document for a research peptide. It tells you what the compound is, how pure it is, and how to store it.
Purity above 98% is a common benchmark for research-grade material, but the right specification depends on your assay. When in doubt, request the COA and review the method before you begin.
See documented compoundsLearn more
From the knowledge base
[Placeholder articles — link these to your real content.]
Fundamentals
Lyophilised vs. reconstituted: handling basics
Why research peptides ship as powder and what changes once dissolved.
Quality
Reading an HPLC purity chromatogram
A quick guide to interpreting peaks, retention times and area %.
Responsible research
Research-use-only: what it means in Australia
Understanding TGA context and responsible handling of research compounds.
A note on responsible research
The compounds and information presented here are intended exclusively for qualified researchers conducting laboratory work. They are not therapeutic products, are not approved for human or veterinary use, and must not be consumed. We provide education to support sound, compliant research — never to encourage misuse. If you are seeking medical advice or treatment, please consult a registered healthcare professional.
Questions? Talk to us