MOTS-c 10mg
Certificate of Analysis
| Current Batch Identity | MC10-1125A |
| Testing Ordered | 08/06/26 |
| Sample recived | 22/06/26 |
| Analysis Conducted | 29/06/26 |
| Product Batch Information | |
|---|---|
| Product Name | MOTS-c 10mg |
| Batch Number | MC10-1125A |
| Verified Quantity In Vial | 11.11mg |
| Verified Purity Of Batch | 98.866% |
| Manafacturer | Be Better Peptides LTD |
| Manufacture date | |
| Tested Date | 29/06/2026 |
| Testing Laboratory | Janoshik sro LTD |
| verification Key | 8Y44CVDJKE1L |
🧪 About This Test
This batch of MOTS-c was independently analysed by Janoshik using HPLC (High-Performance Liquid Chromatography). The analysis assesses the identity, amount and peptide purity of the submitted sample, with results reported for the specific batch tested.
The testing method uses chromatographic separation to analyse the target MOTS-c peptide and determine its measured amount and purity.
🔬Testing Laboratory Credentials
Janoshik sro • Czech Republic
www.janoshik.com
Info@janoshik.com
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Shop the exact batch of MOTS-c research peptide documented in this Certificate of Analysis.
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Frequently asked questions
What is a Certificate of Analysis (COA) in Peptides ?
A Certificate of Analysis (COA) is a laboratory document containing analytical results for a specific product batch or lot. It identifies the material tested, the batch reference, testing methods and the results obtained from the analysis. For research peptides, a COA may include information such as peptide identity, amount and purity, depending on the tests performed.
Why is a certificate of Analysis important ?
A COA provides documented analytical information about a specific batch rather than relying solely on a product specification or supplier declaration. It allows the reported testing method and results to be reviewed and provides traceability between the laboratory report and the batch tested.
What does third-party laboratory testing mean for MOTS-c?
Third-party laboratory testing means the MOTS-c sample was analysed by an external laboratory rather than relying solely on internal testing. In this case, the sample was submitted to Janoshik for independent analytical testing, with the original laboratory report provided alongside the results.
Does this MOTS-c COA apply to every batch?
No. A Certificate of Analysis is batch-specific. The results shown on this page relate to the particular MOTS-c sample and batch identified on the certificate. A different batch requires its own analytical documentation if it has been independently tested.
How can I verify this MOTS-c Certificate of Analysis?
The Janoshik report contains identifying information that can be used to verify the laboratory record through Janoshik’s verification system. The task number and unique verification key associated with the test can be used to check the corresponding report. Janoshik provides a dedicated online verification system for its reports.Â
How is MOTS-c tested?
The MOTS-c sample was analysed by Janoshik using High-Performance Liquid Chromatography (HPLC). The analysis assesses the identity, measured amount and peptide purity of the submitted sample.
What is HPLC testing for MOTS-c?
HPLC, or High-Performance Liquid Chromatography, is an analytical technique used to separate and analyse components within a sample. For peptide testing, the resulting chromatographic profile can be used to assess the target peptide and determine its reported purity and amount.
What does MOTS-c peptide purity mean?
The reported peptide purity represents the proportion of the analysed material identified as the target MOTS-c peptide using the laboratory’s analytical method. It is reported as a percentage and relates specifically to the sample submitted for testing.
Importantly, a purity result describes the parameter that was tested; it should not be interpreted as evidence that other characteristics, such as sterility or endotoxin levels, were tested unless those analyses are separately reported.
What does the MOTS-c amount result mean?
The amount result reports the quantity of MOTS-c detected in the submitted vial, expressed in milligrams. This is a measurement of the material analysed by the laboratory and is separate from the peptide purity percentage.
🧪 About This Test (expanded)
The submitted MOTS-c sample was independently analysed by Janoshik using High-Performance Liquid Chromatography (HPLC). The analysis is designed to assess the identity, measured amount and peptide purity of the submitted MOTS-c sample.
Testing Method
HPLC (High-Performance Liquid Chromatography) is an analytical laboratory technique used to separate the individual components of a sample based on their interaction with the chromatographic system.
For peptide analysis, the resulting chromatographic profile is used to assess the target peptide and distinguish it from other detectable components within the submitted sample.
For this MOTS-c analysis, the laboratory reports both the amount of MOTS-c present in the vial, expressed in milligrams, and the peptide purity expressed as a percentage.
What Is Tested?
The Janoshik analysis assesses three principal characteristics of the submitted sample:
Identity
The analysis assesses whether the material submitted for testing corresponds to the specified MOTS-c peptide.
Amount
The quantity of MOTS-c detected in the submitted sample is measured and reported in milligrams per vial.
Peptide Purity
The HPLC analysis is used to determine the proportion of the analysed sample represented by the target MOTS-c peptide, reported as a percentage.
Batch-Specific Analysis
The laboratory analysis applies specifically to the sample submitted for testing and the corresponding batch identified on this Certificate of Analysis.
The testing information, laboratory report, task number and verification details shown on this page relate to that specific submission. The original Janoshik certificate is provided so the laboratory-reported information can be reviewed directly.
Janoshik also provides an independent verification system through which laboratory reports can be checked using the relevant task number and unique verification key.