Certificates of
Analysis
Every batch of every compound we supply is HPLC-verified, mass-spectrometry confirmed, and tested by an independent ISO-accredited laboratory. Browse our catalog below and request the batch-specific COA for any product.
57 compounds
Browse COA Availability by Product
Click any product to view its full documentation and request a batch-specific Certificate of Analysis.
57
Total Compounds
57
Currently In Stock
≥98%
HPLC Purity (All)
3rd Party
Testing Method
A dual-action research compound investigated in laboratory models involving GIP and GLP-1 receptor pathway analysis, incretin signaling dynamics, and metabolic cascade characterization.
A GLP-1 receptor analogue studied in research models involving incretin-related signaling pathway analysis, receptor binding dynamics, and metabolic pathway investigation.
A triple-receptor research agonist studied in laboratory models involving GLP-1, GIP, and glucagon receptor pathway analysis and metabolic signaling characterization.
A coenzyme compound studied in laboratory research related to cellular energy metabolism, NAD+ biosynthesis pathway analysis, and mitochondrial bioenergetics investigation.
A research compound studied in laboratory models involving incretin-related signaling, metabolic pathway investigation, and compound characterization.
A tripeptide antioxidant studied in laboratory research involving oxidative stress pathway modeling, cellular redox balance investigations, and antioxidant cascade characterization.
A copper-binding peptide studied in laboratory research related to extracellular matrix protein synthesis modeling, fibroblast activity studies, and matrix metalloproteinase pathway research.
A synthetic research peptide commonly studied in laboratory models related to cellular signaling, tissue research pathways, and peptide stability investigation.
A research compound studied in controlled laboratory settings for scientific investigation and analytical characterization.
A research peptide studied in controlled laboratory settings involving cellular signaling, peptide behavior, and tissue-related research pathway investigation.
A research peptide studied in controlled laboratory settings involving cellular signaling, peptide behavior, and tissue-related research pathway investigation.
A research peptide studied in controlled laboratory settings involving cellular signaling, peptide behavior, and tissue-related research pathway investigation.
A research compound studied in laboratory models involving incretin-related signaling, metabolic pathway investigation, and compound characterization.
A research compound studied in laboratory models involving incretin-related signaling, metabolic pathway investigation, and compound characterization.
A research peptide studied in laboratory models involving endocrine signaling pathways, receptor activity analysis, and peptide characterization.
A research peptide studied in laboratory models involving endocrine signaling pathways, receptor activity analysis, and peptide characterization.
A research peptide studied in controlled laboratory settings involving cellular signaling, peptide behavior, and tissue-related research pathway investigation.
A research peptide studied in laboratory models involving endocrine signaling pathways, receptor activity analysis, and peptide characterization.
A research peptide studied in controlled laboratory settings involving cellular signaling, peptide behavior, and tissue-related research pathway investigation.
A research peptide studied in laboratory models involving endocrine signaling pathways, receptor activity analysis, and peptide characterization.
A research peptide studied in laboratory models involving endocrine signaling pathways, receptor activity analysis, and peptide characterization.
A research peptide studied in laboratory models involving endocrine signaling pathways, receptor activity analysis, and peptide characterization.
A melanocortin research peptide studied in laboratory models involving melanocortin receptor binding analysis and neuropeptide pathway characterization.
A synthetic tetrapeptide bioregulator studied in laboratory models related to telomere biology, cellular senescence research, and pineal gland peptide pathway analysis.
A research peptide studied in laboratory models involving endocrine signaling pathways, receptor activity analysis, and peptide characterization.
A research compound studied in laboratory models involving mitochondrial signaling, cellular stress response, and biological pathway investigation.
A mitochondria-targeted peptide studied in laboratory research involving mitochondrial membrane potential modeling, reactive oxygen species analysis, and cellular energy pathway investigation.
A research compound studied in laboratory and formulation research involving cosmetic science, peptide behavior, and compound stability.
A research compound studied in laboratory and formulation research involving cosmetic science, peptide behavior, and compound stability.
A research compound studied in laboratory and formulation research involving cosmetic science, peptide behavior, and compound stability.
A research compound studied in laboratory and formulation research involving cosmetic science, peptide behavior, and compound stability.
A laboratory support item used in research workflows for peptide reconstitution and product handling processes.
A hypothalamic peptide studied in laboratory research involving GPR54 receptor binding dynamics and reproductive endocrine signaling pathway analysis.
A research compound studied in controlled laboratory settings for scientific investigation and analytical characterization.
A peptide mixture researched in laboratory models involving neurotrophin pathway analysis, neuropeptide characterization, and cellular signaling investigations.
A research compound studied in controlled laboratory settings for scientific investigation and analytical characterization.
A research compound studied in laboratory models involving incretin-related signaling, metabolic pathway investigation, and compound characterization.
A research peptide studied in controlled laboratory settings involving cellular signaling, peptide behavior, and tissue-related research pathway investigation.
A research compound studied in laboratory models involving mitochondrial signaling, cellular stress response, and biological pathway investigation.
A research compound studied in controlled laboratory research involving hormone-related signaling pathways and compound characterization.
A research compound studied in controlled laboratory research involving hormone-related signaling pathways and compound characterization.
A research compound studied in controlled laboratory settings for scientific investigation and analytical characterization.
A research compound studied in laboratory models involving melanocortin receptor pathway analysis and pigmentation biology research.
A research compound studied in laboratory models involving melanocortin receptor pathway analysis and pigmentation biology research.
A research compound studied in laboratory and formulation research involving cosmetic science, peptide behavior, and compound stability.
A research compound studied in laboratory models involving mitochondrial signaling, cellular stress response, and biological pathway investigation.
A research compound studied in laboratory models involving mitochondrial signaling, cellular stress response, and biological pathway investigation.
A research compound studied in controlled laboratory settings for scientific investigation and analytical characterization.
A research compound studied in controlled laboratory settings for scientific investigation and analytical characterization.
A research peptide studied in laboratory models involving endocrine signaling pathways, receptor activity analysis, and peptide characterization.
A recombinant research peptide studied in laboratory models involving pituitary axis signaling, IGF-1 pathway analysis, and growth hormone receptor interaction research.
A research peptide studied in laboratory models involving endocrine signaling pathways, receptor activity analysis, and peptide characterization.
A research compound studied in controlled laboratory research involving hormone-related signaling pathways and compound characterization.
A research compound studied in laboratory models involving mitochondrial signaling, cellular stress response, and biological pathway investigation.
A research compound studied in controlled laboratory settings for scientific investigation and analytical characterization.
A research compound studied in laboratory models involving mitochondrial signaling, cellular stress response, and biological pathway investigation.
A research compound studied in laboratory models involving mitochondrial signaling, cellular stress response, and biological pathway investigation.
Need COAs for multiple products?
Email us the list of compounds and lot numbers you need. We respond within one business day — same-day for most requests.
Email COA RequestOur Quality Process
What every COA documents.
When you request a COA from AQRO Research, you receive a batch-specific document with the following data points.
Compound Name
Full chemical name and synonym list
Lot / Batch Number
Unique identifier traceable to production
Purity Percentage
HPLC area percent purity ≥98%
Testing Method
Reversed-phase HPLC + ESI-MS confirmation
Testing Date
Date of analysis on the specific lot
Laboratory Credentials
ISO-accredited third-party lab
Molecular Weight
Observed vs. expected mass spec result
Storage Conditions
Recommended temperature and handling
Certificates of Analysis are provided for laboratory research reference purposes only. All compounds supplied by AQRO Research are for laboratory research use only — not for human consumption. Batch-specific COAs document the quality of each specific production lot and are provided with every order.