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Recovery

GLOW

Also called GHK-Cu + BPC-157 + TB-500

InjectableEvidence DEvery day
Half-life
variesby component
Typical vial
70mg
Research amounts
1.5–3mg

per administration

Common schedule
Every day
From community reports

The amounts going around come from sellers and forums, not from any study.

Quick start

GLOW at a glance — the figures, plus how it's commonly run. Reference only, not medical advice.

Typical dose
1.5–3 mg per administration
How often
Every day
Where
Commonly subcutaneous Sites and rotation
Storage
Dry vial kept cold and dark; a mixed vial in the fridge at 2–8 °C. Details

A research and community reference, not medical advice. Figures are descriptive, vary between sources, and are not a recommendation for use.

Work out your draw

These numbers are a starting point — change any of them.

Vial label

Copy this into your label printer.

What one draw delivers

Per-draw amounts for the GLOW blend
ComponentSharePer draw
GHK-Cu71%1.07 mg
BPC-15714%214 mcg
TB-50014%214 mcg

Every draw has these same proportions.

1.53 mg of GLOW per administration, worked out from the components rather than quoted from a study of the blend.

A fixed-ratio blend of GHK-Cu, BPC-157 and TB-500 sold as one vial, so it is drawn as a whole. The range here is worked out from the components rather than quoted from a study of the blend: it is sized to keep GHK-Cu, which is about 71% of the vial, inside its own range, which also lands BPC-157 inside its range. TB-500 comes out below its standalone range at any draw that does so. Its components are covered on their own pages, and no combined human schedule is established, so no schedule table is shown.

What is in a 70 mg GLOW vial

Vial contents for the GLOW blend
ComponentSharePer vial
GHK-Cu71%50 mg
BPC-15714%10 mg
TB-50014%10 mg

Every draw has these same proportions.

Modelled level — every day

One curve per component: the components clear at very different rates.

GHK-Cu (in GLOW)BPC-157 (in GLOW)TB-500 (in GLOW)

Where these numbers come from

  • Component literatureNo study exists of the blend itself; see the GHK-Cu, BPC-157 and TB-500 pages for the components' sources.

Next steps

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