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LotusBio research library
Detailed peptide and compound profiles connecting mechanisms, published studies and evidence limits with the questions that matter when reviewing research materials.
20 of 20 profiles
GLP-1, GIP and glucagon receptor agonism
A research profile of triple-receptor agonism, with a close reading of a published obesity trial and the documentation needed to connect a laboratory material to the molecule being discussed.
Read Retatrutide profile →GIP and GLP-1 receptor agonism
Understand dual-receptor research, the difference between obesity and diabetes trial populations, and why results must be read with the actual comparator and endpoint.
Read Tirzepatide profile →GLP-1 receptor agonism
A guide to reading GLP-1 research, separating molecule-level findings from formulation-specific results, and evaluating identity and content records for research procurement.
Read Semaglutide profile →Long-acting amylin analogue
Explore amylin-related research, distinguish cagrilintide-alone evidence from combination studies, and understand which batch records to request.
Read Cagrilintide profile →Tendon-cell response and migration studies
Read the experimental literature without confusing cell movement, tissue-model observations and demonstrated clinical recovery. Includes identity and documentation questions for research materials.
Read BPC-157 profile →Thymosin beta-4-related identity questions
Why the exact peptide identity matters when reading thymosin-related research, and what an analytical detection study can—and cannot—establish.
Read TB-500 profile →Copper-binding tripeptide and extracellular-matrix studies
Understand what copper-peptide experiments measured, how GHK differs from GHK-Cu, and why laboratory matrix findings do not establish a finished skincare product's performance.
Read GHK-Cu profile →Mitochondrial-derived peptide and metabolic signalling
Explore mitochondrial peptide research while keeping human exercise observations separate from peptide-intervention experiments in mice.
Read MOTS-c profile →Nicotinamide adenine dinucleotide metabolism
Separate NAD+ from its precursors and distinguish metabolite changes from demonstrated clinical benefit when reading cellular-energy research.
Read NAD+ profile →Mitochondrial-targeted peptide research
Read early and later elamipretide trials together, including a phase 3 study that did not meet its primary efficacy endpoints in primary mitochondrial myopathy.
Read SS-31 / Elamipretide profile →Ghrelin-receptor agonism and GH-secretagogue research
Distinguish receptor pharmacology, hormone measurements and clinical outcomes, with an example from a postoperative gastrointestinal trial.
Read Ipamorelin profile →Long-acting GHRH analogue and albumin-binding design
Understand the long-acting CJC-1295 research and why its findings should not automatically be assigned to products labelled without DAC or to combination blends.
Read CJC-1295 with DAC profile →GHRH-analogue research in defined clinical populations
Read tesamorelin evidence with its original population and body-composition endpoints, separating visceral-fat measurements from general weight-loss claims.
Read Tesamorelin profile →Immunomodulatory research in sepsis studies
Evaluate thymosin alpha-1 evidence through trial design, clinical endpoints and uncertainty, rather than broad claims about boosting immunity.
Read Thymosin Alpha-1 profile →Peptide transport and inflammatory signalling
Explore KPV transport research, distinguish experimental colitis from human clinical outcomes, and learn which identity records to request.
Read KPV profile →Telomerase and telomere measurements
Read Epithalon, also searched as Epitalon, through the distinction between cultured-cell findings, telomere measurements and claims about human longevity.
Read Epithalon profile →Gene-expression responses in cerebral ischaemia models
Understand how Semax gene-expression studies are designed, what an ischaemia model measures, and why those results cannot be read as proof of enhanced cognition.
Read Semax profile →Neurotransmission-related gene-expression research
Explore Selank research with attention to the measured endpoint: gene expression, neurotransmission hypotheses and the limits of translating animal findings.
Read Selank profile →Glutathione stores and oxidative-stress measurements
Distinguish reduced and oxidized glutathione, read compartment-specific biomarker results, and keep formulation evidence separate from broad health claims.
Read Glutathione profile →Muscle carnitine and exercise fuel metabolism
Read L-carnitine metabolism research with its actual comparator, co-intervention and sample measurements, rather than treating all carnitine products as equivalent.
Read L-Carnitine profile →No matching profiles. Try another term or choose All profiles.
How to use this library
Check the molecule, formulation and model before comparing research. Similar names do not always identify the same material.
Look for the population, comparator, duration and measured outcome. Keep cell findings separate from human clinical outcomes.
A publication explains research. A lot-matched report documents a sample. Use both for their intended purpose.
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