The Peptide AppEvidence Index · Laboratory SliceCurrent records · 9

Laboratory name on certificate

SWISSCHEMS testing records

Our peptide COA database groups 9 certificates under SWISSCHEMS. Current records cover 9 peptides across 1 vendors.

9

Documents

Eligible stored certificates carrying a grouped laboratory name.

9

Current pairs

Newest eligible record for each covered vendor–peptide pair.

9

Peptides

Catalog peptides represented by a current record.

1

Vendors

Visible vendors represented by a current record.

Current evidence

Records naming SWISSCHEMS

This table shows the newest 9 current records. Printed test dates run from May 2025 through May 2026.

Peptide, laboratory, date, lot, and purity fields are transcribed from the certificate. “On file” describes our records and carries no product-quality or safety rating.

Vendor coverage

Vendors represented

Open a vendor to see every current peptide certificate in this lab group and compare its full COA coverage.

Name handling

What was grouped

The exact laboratory spelling remains visible on each certificate row.

Printed variants in this dataset

SWISSCHEMS

We group these spellings under “SWISSCHEMS” only to calculate totals. Grouping does not authenticate a document or judge the laboratory.

Evidence limits

What these records can show

A laboratory name is one field on a certificate, not a quality verdict.

Use the compound, test date, lot number, vendor, and reported result together. A laboratory attribution alone does not prove that a file is authentic or that the tested sample came from a particular retail vial.

A reported HPLC purity value describes the portion measured by that assay. It does not, by itself, establish identity, vial content, sterility, endotoxin status, chain of custody, or overall product quality.

Compare laboratory coverage
Scope note: A record appears on file after our pipeline identifies the document as a certificate of analysis and matches its printed compound to a catalog peptide. The record cannot prove authenticity, chain of custody, sterility, product safety, or suitability for use.

Learn what HPLC, mass spectrometry, quantity, sterility, and endotoxin fields can establish in How to Read a Peptide COA.