Knowledge Centre
Resources
Educational, laboratory-focused guides on storing, handling and understanding research peptides and compounds. For laboratory research use only. Not for human or animal consumption.
- Storage
Peptide Storage Guidelines for Laboratory Research
How lyophilised research peptides are typically stored in the laboratory: temperature, light, moisture, freeze–thaw and record-keeping.
Read article - Fundamentals
Understanding Lyophilised Peptides
What lyophilisation is, why research peptides are supplied as dry powders, and how the material is handled in the laboratory.
Read article - Handling
Research Material Handling Best Practices
General good-laboratory-practice considerations for handling research materials: workspace, contamination control, protective equipment and records.
Read article - Specifications
Understanding Purity Specifications in Research Compounds
What purity figures, HPLC, CAS numbers and molecular formulae represent on research listings, and how to read our product specification data.
Read article - Handling
Peptide Reconstitution Considerations in Laboratory Settings
General laboratory considerations when bringing lyophilised research material into solution: solvent selection, technique, storage and records.
Read article - Fundamentals
What Is a Peptide?
A plain, educational definition of a peptide: how amino acids link through peptide bonds, and how peptides relate to polypeptides and proteins.
Read article - Fundamentals
Understanding Research Compounds
What the term research compound means, how research-use-only materials are identified and specified, and the laboratory context for their supply.
Read article - Manufacturing
How Peptides Are Manufactured
A factual overview of peptide production: solid-phase synthesis, cleavage, purification, lyophilisation and the analytical steps that confirm the result.
Read article - Analysis
Understanding HPLC Analysis
What high-performance liquid chromatography (HPLC) is, how it separates the components of a sample, and how to read an HPLC result on a specification.
Read article - Analysis
Understanding Mass Spectrometry
What mass spectrometry is, how a mass spectrometer measures molecular weight, and how the method helps confirm the identity of a research material.
Read article - Specifications
Understanding Purity Percentages
What a purity percentage represents on a research listing, how it is typically measured, and what such a figure does and does not describe.
Read article - Storage
Common Laboratory Storage Mistakes
A factual look at avoidable storage issues for research materials, from temperature fluctuation and moisture to freeze–thaw cycles and labelling gaps.
Read article - Documentation
Laboratory Documentation Best Practices
General good-practice considerations for laboratory documentation: recording receipt, storage and batch identifiers to support traceability over time.
Read article - Specifications
Understanding Research Material Specifications
How to read a research material specification field by field, from identity and form to purity, CAS numbers, molecular formulae and batch information.
Read article - Packaging
How Research Materials Are Packaged
An educational overview of how lyophilised research materials are packaged for supply, from the sealed vial and label to protective outer packaging.
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