Peptide Storage & Stability Basics
Degradation risk depends on peptide sequence, solvent, temperature, and light exposure. Labeling and documentation reduce mix-ups and improve reproducibility.
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Lab Guides
Best Practices for Peptide Reconstitution (Lab Guide)
Use validated lab protocols and sterile technique appropriate to your setting. Document solvent, concentration, and handling steps for reproducibility.
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Glossary: Peptide & Assay Terms
Define terms like purity, identity, HPLC, MS, and stability up front. A glossary reduces confusion and improves reader comprehension.
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How to Read a COA (Certificate of Analysis)
A COA should identify methods (HPLC, MS) and key results (purity, identity). Check lot numbers, dates, and lab accreditation/context when available.
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Peptide Handling Checklist (Quick SOP)
Use consistent labeling, PPE, and documentation for every step. Track storage conditions and time out of cold storage.
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Common Lab Errors That Ruin Peptide Studies
Freeze–thaw cycles and improper labeling are common failure modes. Cross-contamination can invalidate results—use clean tools and controls.
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Understanding Half‑Life in Research Contexts
Half-life depends on route, assay, and model—definitions vary across studies. PK/PD concepts help interpret why endpoints differ between trials.
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