Research & Education

PEPTIDE RESEARCH LIBRARY

Research & Education

Explore peptide science, published research, and trusted educational resources.

EXPLORE THE LIBRARY
PEPTIDE RESEARCHLATEST RESEARCHWATCH & LEARN

Peptide Research = background science & learning guides • Latest Research = dated studies & discoveries

PEPTIDE RESEARCH LIBRARY

Learn what each peptide is and which questions scientists study. Choose a card for a quick guide and background reading.

GLP-3 · Metabolic ResearchRetatrutideTriple-receptor signaling and published clinical research.VIEW RESEARCH Investigational PeptidesBPC-157 + TB-500Preclinical research, evidence limits, and peptide identity.VIEW RESEARCH Endocrine SignalingCJC-1295 + IpamorelinGrowth-hormone signaling studied in different research settings.VIEW RESEARCH Copper-Peptide ScienceGHK-CuCopper coordination and extracellular matrix research.VIEW RESEARCH Mitochondrial ResearchMOTS-cMitochondrial signaling, metabolism, and cell stress.VIEW RESEARCH Mitochondrial ResearchSS-31 / ElamipretideMitochondrial membranes and investigational pathways.VIEW RESEARCH
LATEST PEPTIDE RESEARCHNew publications, study dates, and research developmentsSEE DATED RESEARCH ↗ WATCH & LEARNEducational video resourcesEXPLORE VIDEOS ↗
◫   Research Summaries⚗   Published Studies▶   Educational Videos◇   Source Links

Peptide Research Guides

Choose a peptide to learn the basics and browse background science. For newly published findings, visit Latest Research below.

RetatrutideQuick guide

What it is: An investigational peptide designed to activate three receptors: GIP, GLP-1, and glucagon.

Explore the science: Receptor signaling, molecular pharmacology, and how controlled trials investigate research questions. Clinical publications do not verify Avelyrix research materials.

Explore background literature on PubMed ↗
BPC-157 + TB-500Quick guide

What they are: Two different peptides that are studied independently; one compound’s findings cannot establish what a combination does.

Explore the science: Peptide biology and preclinical methods. Thymosin β4 in a paper is not necessarily the same material marketed as TB-500.

BPC-157 background literature ↗Thymosin β4 background literature ↗
CJC-1295 + IpamorelinQuick guide

What they are: Peptides investigated in relation to growth-hormone signaling, through different molecular targets.

Explore the science: GHRH analogs, secretagogue receptors, and formulation differences. Research on DAC-modified CJC-1295 must not be assumed to apply to a no-DAC material or a combination.

CJC-1295 background literature ↗Ipamorelin background literature ↗
GHK-CuQuick guide

What it is: A copper-binding complex formed with the tripeptide GHK.

Explore the science: Copper coordination, cell signaling, and extracellular matrix research. Laboratory observations do not establish clinical outcomes.

Explore background literature on PubMed ↗
MOTS-cQuick guide

What it is: A mitochondria-derived peptide investigated in metabolic and stress-response signaling.

Explore the science: Cell models, mitochondrial communication, and why effects can vary across experimental systems.

Explore background literature on PubMed ↗
SS-31 / ElamipretideQuick guide

What it is: A short peptide examined for its interactions with mitochondrial membranes.

Explore the science: Cardiolipin-related research, mitochondrial function, and distinctions between laboratory and clinical studies.

Explore background literature on PubMed ↗

Latest Research & Discoveries

Publication updates · Checked Nov 4, 2026
HUMAN PHASE 3 TRIALS · OCT 20, 2026

New retatrutide sleep apnea trials

Two randomized trials investigated changes in sleep-apnea measures. These human clinical findings are not evidence about RUO materials.

READ OCTOBER TRIAL REPORT ↗
SYSTEMATIC REVIEW · OCT 8, 2026

BPC-157: review finds limited human evidence

A review identified only three small human studies, with very low certainty of evidence. Larger controlled studies are needed.

READ OCTOBER REVIEW ↗
CELL & ANIMAL RESEARCH · JUN 22, 2026

MOTS-c: metabolic signals versus cell function

An experimental study observed metabolic signaling changes without restoring certain cellular repair functions, underscoring context-dependent effects.

READ JUNE EXPERIMENT ↗

These are selected dated publications, not a live news feed. New papers will be added after review; clinical and preclinical evidence are not interchangeable.

Watch & Learn: Our Current Peptides

Six topics · Click to play

Explore these third-party videos covering the peptides in our current research catalog. Each video is independent of Avelyrix.

Retatrutide

Triple-receptor signaling and clinical evidence

Bioavailable · Independent research explainerWatch on YouTube ↗
BPC-157 + TB-500

Preclinical research and gaps in human evidence

Dr. Alex Tatem · Evidence-focused discussionWatch on YouTube ↗
CJC-1295 + Ipamorelin

Growth-hormone signaling and research distinctions

Quinn Stillson MD · Long-form educational discussionWatch on YouTube ↗
GHK-Cu

Copper peptide research: separating claims and evidence

Dr Dray · Dermatologist evidence reviewWatch on YouTube ↗
MOTS-c

Mitochondrial-derived peptide research and uncertainties

Quinn Stillson MD · Research review; includes discussion of human useWatch on YouTube ↗
SS-31 / Elamipretide

Mitochondrial mechanisms and human trial evidence

Dr. Alex Tatem · Discussion of animal and human researchWatch on YouTube ↗

Videos are independently produced and may discuss human clinical research, safety concerns, or uses that are not applicable to laboratory research materials. Avelyrix does not endorse any human or veterinary use; video claims are not established by their inclusion here. YouTube may restrict playback on third-party websites—use “Watch on YouTube” when needed.

External Resources

THIRD-PARTY RESOURCE Peptide Schedule View Peptide Database ↗

Third-party peptide profiles and research references. The site also includes human-use information outside the scope of Avelyrix’s laboratory research materials.