BPC-157 + TB-500

the recovery pair, sometimes called Wolverine

The two most commonly discussed repair peptides in an even split.

What it is

BPC-157 + TB-500 is the most straightforward and most widely discussed recovery blend: an even split of the two peptides most associated with connective-tissue repair research.

This page covers what each peptide is and why they are frequently grouped, from the profile data. It is educational and is not a recommendation to combine them.

Composition

What's in a typical BPC-157 + TB-500 blend

The percentages show the ratio used on this page. The milligram amounts show the 10mg example.

ABPC-157Accelerates healing of tendons, ligaments, gut, and muscles throughout your body.50%5mg
BTB-500Promotes new blood vessel growth and reduces inflammation for stubborn injuries.50%5mg

Sold by vendors in 10mg, 20mg, 30mg, 40mg.

Blend calculator

Calculate from the vial you actually have

Blend formulas and vial sizes vary. Enter each component amount from your label, then add the BAC-water volume and the target amount from your instructions. The calculator uses those values, not the example formula above.

Your vial

Use the exact amounts printed on your vial. The listed formula is only a starting point.

Total-only mode assumes your vial matches the listed ratio. If your label gives component amounts, use exact entry.

mLUse the BAC-water amount from your instructions.
Starts with this page’s example dose. Replace it with the amount in your instructions.

Draw

10 U-100 units

0.1 mL · 1 mg total blend

  • BPC-1570.5 mg
  • TB-5000.5 mg

U-100 math assumes 100 syringe units per mL. Confirm the vial formula, diluent, and target amount against the product label and your licensed professional's instructions.

Dosing context

How BPC-157 + TB-500 is typically dosed

A common approach is around 0.5 mg of each component per dose.

Schedule. Once daily, commonly 5 days on and 2 off, in the morning. Commonly discussed in roughly 6-week (42-day) cycles.

An even split, so a common approach is a consistent amount of each, around 0.5 mg (500 mcg) per component per dose.

Why these components

Why they're grouped together

  • BPC-157. A body-protection peptide studied for gut and connective-tissue repair — half of the even split.
  • TB-500. A thymosin-beta-4 fragment associated with tissue remodeling and recovery — the other half.

Who it's for

This pairing is the most common entry point for people reading the tissue-repair and recovery literature.

Where it's sold

Live vendor pricing

All pricing →

Safety context

  • Both peptides are research compounds without approved therapeutic use; each has its own safety profile.
  • Combining does not reduce the individual considerations of either component.
  • Verify COAs and third-party testing per product.

Questions people ask

Why are BPC-157 and TB-500 combined?

They are the two most discussed connective-tissue-repair peptides and are commonly grouped because they are associated with complementary aspects of the recovery literature. This page explains that from the profiles and is not a recommendation to combine them.

Is BPC-157 + TB-500 safe?

BPC-157 + TB-500 combines research compounds (BPC-157, TB-500), each with its own safety profile that blending does not average away. This page is educational context, not medical advice, and does not tell you to start, stop, or combine anything. Whether any blend is appropriate is a decision for a licensed professional.

How is BPC-157 + TB-500 typically dosed?

BPC-157 + TB-500 is a fixed-ratio blend, so guidance usually describes a consistent 0.5 mg of each component per dose, with the other components delivered in proportion. Once daily, commonly 5 days on and 2 off, in the morning. This is educational context and not a dose recommendation or medical advice.

This page is for research and educational purposes only. It is not medical advice and does not diagnose, treat, prescribe, or tell you to start, stop, or combine any protocol. A licensed professional is the right person to evaluate any combination.

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