Which Peptide Fits Your Goal
Six research fields, clearly organised – how to find the compound that fits your research question.
Not every compound is suitable for every research question. This guide organises the Peptélia range by research field and shows which peptides are the focus of the literature in each area.
Goal: metabolic and weight research
Compounds studied in research at incretin receptors (GLP-1, GIP, glucagon) and in energy metabolism signalling pathways.
- Buy Retatrutide GLP3 – triple agonist, 5 / 10 / 15 mg, also available as capsules
- SLU-PP-332 – ERR agonist, 5 / 10 mg
- AOD-9604 – HGH fragment 176–191
- MOTS-C – mitochondrially encoded peptide, 10 / 40 mg
Goal: tissue, tendons, recovery
Peptides examined in studies on wound healing, tissue repair and regeneration of muscle and connective tissue.
- BPC-157 – 10 mg, also available as capsules and nasal spray
- TB-500 – 10 / 15 mg
- Research Set BPC-157 + TB-500 – combination
- KPV – alpha-MSH fragment, 10 mg
Goal: skin, cellular ageing, longevity
Compounds from research into skin structure, collagen synthesis, mitochondrial function and cellular energy supply.
- GHK-Cu – copper peptide, 50 / 70 / 100 mg
- AHK-Cu – tripeptide, 20 / 50 mg
- NAD+ – 500 / 1000 mg
- SS-31 – mitochondria-targeted tetrapeptide
Goal: focus, mood, neuroprotection
Neuropeptides studied in research on cognition, stress regulation and neuroprotective mechanisms.
- Semax – 5 / 10 mg
- Selank – 5 / 10 mg, also available as nasal spray
- DSIP – delta sleep-inducing peptide, 5 / 10 / 15 mg
- Oxytocin acetate – as a nasal spray formulation
Goal: somatotropic signalling pathways
Compounds studied in research on the regulation of the growth hormone axis.
- CJC-1295 – GHRH analogue, 5 / 10 mg
- Ipamorelin – GHS-R agonist, 10 mg
- Tesamorelin – stabilised GHRH analogue, 5 / 10 mg
- ACE-031 – ActRIIB fusion protein, 1 mg
Goal: immunomodulation
Peptides studied in immunobiological research on T-cell signalling pathways and inflammation-associated mechanisms.
- Thymosin Alpha-1 – 10 mg
- VIP – vasoactive intestinal peptide, 5 mg
How to make your choice
- Research question first. Which mechanism, which tissue, which timeline? Only then choose the compound – not the other way round.
- One field, one compound. Starting with a single compound lets you attribute observations unambiguously. Combinations such as the Research Set BPC-157 + TB-500 are the second step.
- Know the time window. The Cycles page shows the periods over which compounds are typically examined.
- Prepare cleanly. The peptide calculator gives you concentration and withdrawal volume; details on each compound are in the Compound Compendium.
Vial, capsule or nasal spray?
Many compounds are available as a lyophilised vial for your own preparation. For standardised analytical purposes, Peptélia also offers precisely dosed capsule formulations and meterable nasal sprays – same compound, different format.
All information is provided solely for general, scientific and research-related information purposes. The products offered by Peptélia are not intended for human or animal consumption. This page does not constitute instructions for use, a dosing recommendation or medical advice. For health-related questions, please consult a physician or pharmacist.
