Peptide Blends Decoded: What Is Actually in GLOW70, KLOW80 and the Combination Vials

Several items in our catalogue are blends: a single vial containing more than one
compound. Their names look cryptic at first, but they follow a consistent rule, and once
you know it you can read the contents straight off the label.

The naming rule

The number at the end of a blend name is the total milligrams in the vial,
not the amount of any single component. GLOW70 is a 70 mg vial. KLOW80 is an 80 mg
vial. The letters identify the combination.

GLOW70

Three components, declared on the product title itself: BPC-157 at 10 mg, GHK-Cu at
50 mg and TB-500 at 10 mg. Fifty plus ten plus ten gives the 70 in the name.

The Janoshik report for this blend, sample code BBG70, measured all three
components separately and returned GHK-Cu at 48.35 mg, BPC-157 at 10.49 mg and
TB-500 at 10.48 mg.

KLOW80

KLOW80 is GLOW70 plus a fourth component. The product is listed under its component
breakdown, CU50+BT10+BC10+KPV10, which reads as GHK-Cu 50 mg, TB-500 10 mg,
BPC-157 10 mg and KPV 10 mg – eighty milligrams in total.

KPV is the tripeptide lysine-proline-valine, which we also sell on its own. Its
three-letter name is simply the single-letter codes for those amino acids.

The report for this blend returned GHK-Cu at 53.96 mg, BPC-157 at 12.17 mg,
TB-500 at 11.39 mg, and KPV at 11.70 mg, the last recorded in the comments field
rather than the main results table.

BPC-157 + TB-500

The simplest blend in the range: two components, available as a 10 mg or a
20 mg vial. The total splits evenly between the two, which the testing confirms – the
report on the 10 mg vial, sample code BB10, returned BPC-157 at
5.73 mg and TB-500 at 5.36 mg.

Note that this report gives component masses but no purity percentage. That is normal for
a blend assay, where the laboratory is asked to quantify each component rather than assess
the purity of a single one.

The two-part combination vials

Two further items follow the same logic without the coded naming:

Neither currently has a published report.

Why the component figures matter

On a single-compound vial, one purity figure tells you most of what you need. On a blend
it does not, because a vial could carry the right total mass while being weighted wrongly
between components. Reading the per-component figures against the declared split is the
only way to check a blend, which is why our blend reports quantify each one separately.

All products are for laboratory research use only and are not for human or veterinary use.