Peptides interact with many biological systems. Explore what researchers are investigating, then review each compound’s specific evidence and material specification.
Explore two distinct peptide names, the experiments behind their research profiles and the existing MOTS-C 40 mg catalogue entry.
Read the mitochondrial peptide comparisonUnderstand the four-residue parent and seven-residue analogue, then connect the research name with a precise Selank enquiry.
Compare Selank and TuftsinSeparate the defined four-residue peptide from the pineal peptide extract, then match the research to the right material.
Compare Epitalon and EpithalaminUnderstand the three-letter KPV name, its place in a longer peptide and the details behind the 10 mg catalogue entry.
Compare KPV and alpha-MSHUnderstand the name MTP-131, the 25 mg catalogue entry and the documents to match when an enquiry uses different names.
Read the SS-31 naming guideUnderstand the 10 mg catalogue entry, the extra details a nasal formulation needs and the records to match before choosing a presentation.
Compare Semax presentationsExplore two signalling pathways, the difference between measured fat changes and a hormone response, and the catalogue names that belong in your enquiry.
Compare tesamorelin & ipamorelinUnderstand dual and single receptor targets, what two head-to-head trials measured and the Tirzepatide content listed in the Aurelis catalogue.
Compare tirzepatide & semaglutideUnderstand two different peptide identities, what tendon-cell and collagen studies measured, and the content listed for each catalogue entry.
Compare BPC-157 & GHK-CuCompare their molecular identities and research pathways, then see how a standalone Sermorelin entry differs from an Ipamorelin + CJC blend enquiry.
Compare ipamorelin & sermorelinUnderstand single and triple receptor activity, see which studies are being compared and keep catalogue content separate from clinical results.
Compare retatrutide & semaglutideCompare the written ingredient lines, see where KPV and TB differ, and understand the unresolved KLOW total.
Compare KLOW & GLOWSeparate the physical material from its formulation and container. Compare the details that belong in a clear format enquiry.
Read the dry & liquid guideSee what the counterion field adds to a peptide name, which content questions to ask and how to keep an enquiry precise.
Read the acetate & TFA guideSee how unit counts change the stated total content, then keep the selected presentation and batch records beside each option.
Compare the GHK-Cu content optionsUnderstand the research context and the specification questions behind the no DAC blend listing, without assuming its missing component amounts.
Read the CJC naming guideCompare the research names, the fragment examined in analytical papers and the details that belong in a material specification.
Read the peptide identity guideSee what the two listed blends share, what GLOW adds and which identity details to confirm before choosing a presentation.
Read the blend comparisonSeparate the listed peptide amount from liquid volume, concentration and format. Compare catalogue entries without assuming missing specifications.
Read the catalogue units guideCompare inflammatory signalling with intestinal repair experiments, then understand what the two 10 mg catalogue entries actually specify.
Read the KPV & BPC-157 comparisonUnderstand the two spellings, the AEDG identity and the 10 mg catalogue entry before comparing a research paper with a product specification.
Read the Epitalon & Epithalon naming guideOne peptide name, an important copper-complex distinction. Compare the laboratory findings and the 50 mg or 100 mg GHK-Cu catalogue entries.
Read the GHK & GHK-Cu comparisonAbdominal-fat change and growth-hormone response answer different questions. Explore the studies, peptide identities and 5 mg or 10 mg catalogue entries.
Read the tesamorelin & sermorelin comparisonTriple and dual receptor targets, published weight-loss results and matching 30–60 mg catalogue options. Compare the details behind the two names.
Read the retatrutide & tirzepatide comparisonTendon cells, tissue repair and an important identity distinction. Compare the research behind these two names, their 10 mg listings and the Wolverine blend.
Read the BPC-157 & TB-500 comparisonCompare two mitochondrial research names, their different starting points and the observations measured in cells and mice. A simple table brings the details together.
Read the MOTS-C & SS-31 comparisonExplore weight loss, recovery, skin, focus, gut health and more. Ten short guides explain the main interests and what studies found, in plain English.
Explore the ten peptide guidesStart with a clear list, then compare the details that distinguish individual research materials.
An A–Z guide to the Aurelis collection, with per-unit content, research groups and direct links to compound profiles.
Compare molecular origins, selected study endpoints and the specifications behind vial and nasal-format enquiries.
Weight regulation, glucose signalling and energy balance are active areas of peptide research.
Explore relevant entriesExplore research into cellular migration, matrix signalling and tissue responses.
Explore relevant entriesPeptides studied in neurotrophic, behavioural and neuroimmune signalling.
Explore relevant entriesResearch into inflammatory mediators and cellular immune responses.
Explore relevant entriesInvestigations into mitochondrial membranes, energy regulation and cellular ageing.
Explore relevant entriesResearch materials related to growth hormone-releasing pathways.
Explore relevant entriesIncretins, glucagon and amylin are shaping current metabolic research. Retatrutide, tirzepatide, semaglutide and cagrilintide act at different targets and sit at different points in clinical development.
Read the research overviewA molecule’s biological mechanism, an experiment’s result and a finished product’s performance are different kinds of information. Cell and animal studies help explore mechanisms; clinical trials investigate specified formulations in defined populations.
Each catalogue page places the selected compound in that context and links to scientific references. For a supplied material, request the separate batch-specific evidence of identity, content and relevant quality attributes.
Compare GLOW, KLOW, Wolverine and Ipamorelin + CJC source-listed content, with a clear explanation of the specifications that need confirmation.
Read the peptide blend comparisonConnect with Aurelis
Tell us the compound, listed content, preferred presentation and destination. Our team can discuss local availability and the documentation for your selected material.