45 Prime Chem
Recovery & regeneration

TB-500

Researched for its role in tissue recovery and regeneration.

It usually appears alongside BPC-157, but it works differently: each one has been studied for distinct mechanisms.

What is it?

A synthetic version of a fragment of Thymosin Beta-4, a natural protein present in many tissues that takes part in cellular repair and maintenance.

How does it work?

It is studied because it could support the movement and organization of the cells responsible for repairing damaged tissue: it helps the 'repair cells' reach where they are needed most.

What science is researching

Muscle recovery Tendon repair Ligament recovery Mobility and flexibility Formation of new blood vessels Tissue regeneration

Observed results

Results may vary from person to person and depend on the context of the study.

  • Faster recovery of soft tissue
  • Better organization of muscle fibers during repair
  • Support for angiogenesis in models
  • Better mobility during recovery from certain injuries

What it does NOT do

  • It is not a painkiller
  • It does not eliminate an injury
  • It does not substitute for proper rehabilitation
  • It does not guarantee a full recovery

Is it for you?

If you're interested in learning about:

  • Muscle recovery
  • Sports injuries
  • Tendons and ligaments
  • Tissue regeneration
  • Regenerative medicine

Quick summary

Category
Recovery and regeneration
Type
Synthetic fragment of Thymosin Beta-4
Function
Research on tissue regeneration
Research
Muscles, tendons, ligaments and cellular repair
Status
Mainly preclinical and limited clinical data
Did you know?

Thymosin Beta-4 is naturally present in almost every cell of the body; TB-500 is a fragment designed to study its functions in repair and regeneration.

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