TB-500 vs Ipamorelin
Cytoskeletal repair work against endocrine pharmacology — same shelf, no shared mechanism.
Side by side
- TB-500In stock
- Purity
- ≥98%release spec
- Sizes
- 5 mg10 mgsold out
- Price / mg
- €9.00 / mg
- IpamorelinIn stock
- Purity
- ≥98%release spec
- Sizes
- 5 mgsold out10 mg
- Price / mg
- €4.40 / mg
Every figure here is read from the catalogue when the page loads. Where a number is not documented — a purity specification we never published, a price per milligram for a vial sold in international units — the cell stays empty rather than being filled.
What you are actually choosing between
TB-500 and ipamorelin share a goal category and no mechanism.
TB-500 is a synthetic fragment corresponding to the active region of thymosin beta-4, a protein whose defining property is binding G-actin. The literature around it concerns cytoskeletal dynamics — actin sequestration, cell migration, angiogenesis — and it is preclinical. Human trials of thymosin beta-4 exist in a small number of specific settings; they are not trials of this fragment as supplied, and the distinction is worth holding onto when reading anything written about it elsewhere.
Ipamorelin does none of that. It is a pentapeptide agonist at the ghrelin receptor, and its published work is endocrine: growth-hormone release with comparatively little movement in cortisol and prolactin, which was the point of its original selection.
So the decision is whether the question under study is cellular movement and repair, or the growth-hormone axis. There is no dose at which one becomes the other.
Both ship lyophilised and are stored at 2–8 °C. Reconstituted, TB-500 holds 30 days refrigerated and ipamorelin 14. Purity, sizes and price per milligram in the table above are read from the live catalogue at page load rather than typed here, so they move when the catalogue moves.
Both are supplied for laboratory research only. Neither is sold for human or veterinary use.
Both compounds can be shipped today.
Related comparisons
- BPC-157 Complex vs TB-500Angiogenesis and gut-derived repair against actin regulation and cell migration.
- BPC-157 Complex vs TB-500Whether the two recovery peptides are genuinely complementary or simply sold together.
- BPC-157 Complex vs IpamorelinTissue-level repair signalling against the systemic growth-hormone axis.
- BPC-157 Complex vs HGHFifteen amino acids with a preclinical file against 191 with a clinical one.
Peptyds supplies these materials for laboratory research only. They are not sold for human or veterinary use, and nothing on this page describes an outcome. All comparisons · Quality protocol