Peptide IP Protection: Patents, Trade Secrets and Lab Records
How U.S. labs protect peptide research: patent eligibility, enablement, sequence listings, trade secrets, Bayh-Dole duties and the batch records that support them.
Resources
Explore laboratory research guides by topic. Start with a compound group, or choose the documentation question you need to resolve.
Compound groups and blends: Blend composition, CJC-1295, Ipamorelin and related compounds, BPC-157 vs TB-500, and NAD+ and 5-Amino-1MQ.
COAs and analytical quality: Read a COA, identity evidence, and content vs purity.
Purchasing and traceability: Supplier review, batch review, and documentation records.
Handling and stability: Stability studies, aggregation evidence, and shipping requirements.
Fundamentals and methods: Peptide basics, literature classification, and characterization methods.
Research-use policies: Laboratory policy planning and Vertex purchaser requirements.
Find available reports in the COA directory. Materials are for laboratory research only, not for human or veterinary use.
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ISO Certification for Peptide Labs: What It Covers and How to Verify It
What ISO certification means for peptide testing labs, how ISO/IEC 17025 scope differs, how GLP fits in, and how to verify a lab before relying on a COA.
Custom Peptide Cost Factors: What Drives a Synthesis Quote
Length, scale, purity, modifications and analytical testing decide what a custom peptide costs. See how U.S. core facilities quote each factor, with examples.
TFA Removal From Peptides: Counterion Exchange Explained
How TFA ends up in synthetic peptides, when counterion exchange matters for assays, how HCl, acetate and resin methods compare, and how to verify the result.
0.22 Micron Filtration for Research Peptides: Scope and Limits
What a 0.22 micron filter can and cannot establish: validated retention, peptide recovery, membrane selection and batch documentation for RUO laboratories.
Peptide Assay Interference: Causes, Detection and Controls
Peptide assay interference explained for research labs: causes in immunoassays and LC-MS/MS, how to detect it, and the controls and documentation that limit it.
Peptide Adsorption to Plastics: Causes, Measurement, Mitigation
Why peptides stick to polypropylene, polystyrene and glass, how to measure the loss in LC-MS workflows, and which labware and handling controls reduce it.
Peptide Mass Spec Interpretation: A Practical Guide
Learn how to read a peptide mass spectrum: m/z and charge state, b- and y-ions, sequence checks, modifications, common errors and what to record in QC.
Peptide Impurities: Types, Origins and How Labs Detect Them
Learn the main types of peptide impurities, where each comes from in synthesis and storage, and how LC-MS and COAs help research labs assess them.
NAD+ and 5-Amino-1MQ: Non-Peptide Research Guide
Compare NAD+ and 5-Amino-1MQ by chemical identity, research context, labeled vial amounts and batch documentation. A guide to non-peptide research materials.