A clearer way to read peptide research.
Explore the evidence behind the headlines, then take the next step with Monarc Lab.
An educational resource from Monarc Lab · Laboratory research only
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Research Peptides: A Guide to Reading the Evidence
Learn how to evaluate peptide research, identify study types, and distinguish laboratory materials from clinical evidence.
Read the guide →Metabolic researchRetatrutide Research: Understanding Triple Agonism
Explore retatrutide’s three receptor targets, a landmark phase 2 result, and the limits of comparing separate clinical trials.
Read the guide →Metabolic researchTirzepatide Research: Interpreting Dual Agonism
Understand tirzepatide’s GIP and GLP-1 activity, the SURMOUNT-1 trial design, and what researchers should check before comparing results.
Read the guide →Metabolic researchSemaglutide Research: Reading Clinical Trial Claims
Learn how to read semaglutide research through study design, clinical endpoints, formulation differences, and evidence boundaries.
Read the guide →Tissue biologyBPC-157 Research: What Preclinical Findings Show
Examine BPC-157 tendon-cell research and learn why cell migration, tissue responses, and human recovery claims require different evidence.
Read the guide →Tissue biologyTB-500 and Thymosin Beta-4: Why Identity Matters
Learn why TB-500 naming needs verification and how to distinguish thymosin beta-4 research from claims about commercial research materials.
Read the guide →Research designBPC-157 and TB-500: Evaluating Combination Claims
Understand why BPC-157 and TB-500 combination claims need direct evidence, verified identities, and appropriate experimental controls.
Read the guide →Tissue biologyGHK-Cu Research: From Collagen Signals to Claims
Explore a foundational GHK-Cu fibroblast study and the evidence needed to connect laboratory findings with skin or hair claims.
Read the guide →Cellular metabolismNAD+ Research: A Coenzyme, Not a Peptide
Understand NAD+ terminology, what an infusion pilot study measured, and why biomarker changes do not establish longevity benefits.
Read the guide →Cellular metabolismMOTS-c Research: Mitochondrial Signaling in Context
Read foundational MOTS-c research on metabolism and stress signaling while separating preclinical findings from human benefit claims.
Read the guide →Endocrine researchCJC-1295 and Ipamorelin: Assessing the Evidence
Learn how CJC-1295 and ipamorelin research differs, why molecular identity matters, and what a combination claim needs to show.
Read the guide →Endocrine researchSermorelin Research: Keeping the Population in View
Explore GHRH(1–29) research and why findings in children with growth disorders cannot establish adult anti-aging benefits.
Read the guide →Endocrine researchTesamorelin Research: Visceral Fat and Study Context
Review tesamorelin studies in HIV-associated abdominal fat accumulation and why those findings need population-specific interpretation.
Read the guide →Neuroscience researchSemax Research: Neurotrophins and Evidence Limits
Explore Semax studies on neurotrophin signaling and learn why molecular findings do not establish cognitive benefits in healthy adults.
Read the guide →Neuroscience researchSelank Research: Interpreting Neurotransmission Studies
Understand Selank research on neurotransmission-related gene expression and the limits of translating it into anxiety or cognition claims.
Read the guide →Research essentialsBacteriostatic Water: Laboratory Compatibility Basics
Learn what bacteriostatic water contains and why peptide compatibility, stability, and assay suitability need specific documentation.
Read the guide →Research designPeptide Combinations: How to Evaluate Synergy Claims
Learn how to distinguish additive effects from synergy and evaluate peptide combinations through controls, identity, and stability.
Read the guide →Research essentialsResearch Peptide FAQ: Evidence, Labels, and Testing
Answers to common questions about research peptides, COAs, study interpretation, combinations, and research-use-only labeling.
Read the guide →Research essentialsHow to Evaluate a Research Peptide Supplier
A practical framework for reviewing peptide supplier documentation, analytical results, traceability, and support without relying on rankings.
Read the guide →Research designResearch Peptide Protocols: A Planning Framework
Build a peptide research plan around a defined question, verified material, appropriate controls, and traceable analysis.
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