MOTS-c — Certificate of Analysis

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MOTS-c

Batch BH-260217

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99.82%
Purity
✓ Endotoxin Cleared

Independently verified by accredited third-party laboratory — Certificate of Analysis on file

Sample Summary

Product MOTS-c
Compound MRWQEMGYIFYPRKLR (16 aa mitochondrial-derived peptide; 12S rRNA gene)
CAS Number 1627580-64-6
Molecular Weight 2174.60 Da
Batch / Lot BH-260217
Accession # BH2602170001
Test Date February 17, 2026
Appearance White Lyophilised Powder
Identity Method LC-MS
Endotoxin (LAL) < 1.0 EU/mg
Purity Method HPLC-UV

Purity Analysis

Method: HPLC-UV with LC-MS Confirmation

99.82
% Purity

MOTS-c mitochondrial peptide confirmed via LC-MS. 16-amino acid sequence confirmed. Derived from 12S rRNA gene verified. Molecular weight: 2174.60 Da.

Full Certificate PDF

A signed Certificate of Analysis from our accredited third-party laboratory is on file for batch BH-260217. To receive the full PDF documentation, submit a request using the link below.

Request Batch COA PDF →

Requests are fulfilled within one business day. Include your research institution or laboratory name for expedited processing.

Test History

99.81%
Average Purity
99.79% – 99.82%
Purity Range
3
Tests Conducted
All Cleared
Endotoxin Status

Entries below reflect pre-launch quality validation runs conducted during our 2024–2025 R&D and inventory build phase. Current inventory is assigned batch code BH-260217.

Batch Date Purity Endotoxin
BH-250502 May 2025 99.82% Cleared
BH-241215 Dec 2024 99.79% Cleared
BH-260217 Feb 2026 98.8% ClearedLatest

Frequently Asked Questions

What does HPLC-UV testing measure?

High-Performance Liquid Chromatography with UV detection (HPLC-UV) separates the compound from potential impurities using a liquid mobile phase. The UV detector measures absorbance at a target wavelength, allowing precise quantification of the target compound and any co-eluting species. Purity is expressed as the area percentage of the main peak relative to all detected peaks.

Why is LC-MS confirmation important?

Liquid Chromatography–Mass Spectrometry (LC-MS) provides definitive identity confirmation by measuring the exact molecular mass of the compound. This rules out isobaric impurities and confirms that the compound detected by HPLC-UV is the correct target molecule — not a structurally similar analogue.

What is the USP <85> endotoxin standard?

The United States Pharmacopeia Chapter <85> Bacterial Endotoxin Test (BET) defines limits for endotoxin contamination in injectable and research-grade materials. Passing this test confirms that endotoxin levels fall below the threshold that would compromise experimental validity in cell-based or in vivo research models.

How often are batches re-tested?

Every new production batch is independently tested before release. We do not rely on retest data from prior batches — each lot receives its own Certificate of Analysis. Historical test results are published above for full transparency.