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Every Peptide Explained & Sourced
Recovery Research

TB-500

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Engineered with recovery in mind, TB-500 is a research peptide associated with tissue repair, flexibility, and faster physical restoration. It is often explored for supporting muscles, tendons, ligaments, and mobility—helping the body bounce back stronger after strain, injury, or intense training.

Batch details included Manufactured in Canada
$93 CADCAD · shipping and taxes shown at checkout

TB-500 is supplied as 10 mg of lyophilized powder in a sealed glass vial for laboratory research. Confirm the selected vial and batch details before preparation.

Selected strength10 mg
Purity99.52%
TestingHPLC-UV
BatchPP-LOT-037
+ Show Scientific Details− Hide Scientific Details
CAS number885340-08-9
Compound classSynthetic thymosin-beta-4-related peptide fragment
Peptide length7 amino acids
SequenceAc-LKKTETQ
Molecular formulaC38H68N10O14
Molecular weight889.0 g/mol
Research themesActin-related biology · Cell migration · Angiogenesis
Scientific profile

The PubChem TB-500 identity is an acetylated seven-amino-acid peptide, Ac-LKKTETQ, associated with thymosin-beta-4-related research.

TB-500 is not described here as chemically identical to full-length 43-amino-acid thymosin beta-4.

Product guide

TB-500 Explained

A clear, quick look at what TB-500 is, how it works, and why it is being studied.

What is TB-500 supposed to help with?

TB-500 is best known for recovery, mobility, and soft-tissue repair. People become interested when tight, irritated, or overworked tissue is making normal movement feel harder than it should.

Research Context

TB-500 products are generally discussed in relation to thymosin-beta-4 biology. Thymosin beta-4 is an actin-binding peptide studied in cell migration, angiogenesis, inflammation and wound-repair models; broad human musculoskeletal efficacy is not established. [1–2]

What does TB-500 do in simple terms?

Its biology is connected to helping cells move where repair is needed and organize the rebuilding process. Think of it as helping the repair crew reach the job site and get to work.

Research Context

Thymosin beta-4 can influence actin dynamics and cell migration, processes that matter when cells move into and reorganize damaged tissue. That provides a mechanistic basis for repair research without proving a specific recovery outcome in people. [1–2]

Why do athletes and active people talk about it?

Hard training creates wear in muscles, tendons, and connective tissue. TB-500 is appealing because it is discussed around broader recovery and comfortable movement, not just one body part.

Research Context

Experimental repair biology naturally attracts performance interest, especially around soft tissue. Athlete use and anecdotes, however, are not substitutes for controlled clinical evidence. [1–2]

Is TB-500 mainly for muscles or joints?

It comes up around both, along with tendons and ligaments. Its reputation is broad soft-tissue recovery—the parts that let the body bend, pull, push, and move smoothly.

Research Context

Thymosin-beta-4 research spans skin, vasculature, muscle and other tissues. It is more accurate to describe the biology as broad cell-migration/repair research than as a clinically proven muscle- or joint-specific treatment. [1–2]

Can TB-500 improve flexibility?

The interest is not instant stretching ability. It is the idea that healthier, better-recovered soft tissue may move with less tightness and restriction.

Research Context

Flexibility is not an established direct pharmacologic endpoint of thymosin beta-4. Any proposed connection is indirect through tissue-repair and mobility hypotheses rather than evidence of an acute effect on range of motion. [1–2]

Does TB-500 give you more energy?

No stimulant-like boost is expected. Any appeal for performance comes from recovery and movement: feeling less held back by overworked tissue can make activity feel easier.

Research Context

Thymosin beta-4 is not a stimulant and is not primarily an energy-metabolism compound. Its research interest is centred on cytoskeletal, migration, angiogenic and repair pathways. [1–2]

How is TB-500 different from BPC-157?

TB-500 is associated with broader cell movement and soft-tissue repair. BPC-157 is often discussed more specifically around tendons, localized recovery, and the gut.

Research Context

Thymosin-beta-4 biology is strongly associated with actin binding, cell migration and angiogenesis; BPC-157 has a separate preclinical literature spanning gastrointestinal protection and injury models. Direct clinical comparisons are lacking. [1–2]

Why choose TB-500 instead of Wolverine?

TB-500 is the single-peptide option. Wolverine combines it with BPC-157, which is convenient for people who want both popular recovery approaches together.

Research Context

TB-500 is the single-component option, while Wolverine combines the TB-500 concept with BPC-157. Evidence for individual mechanisms does not establish that the combination is superior. [1–2]

Read the full TB-500 evidence guideStudy design, primary sources, limitations, and unanswered questions.Open guide
Research-use statement

This product is offered for laboratory research only. It is not for human consumption and is not represented as a medicine, treatment, supplement or substitute for an approved product.

Preparation guide

Calculate. Prepare. Store.

Confirm the selected vial and BAC-water amount, enter the target amount, then follow the preparation and storage steps.

Step 1: Calculate

The selected strength automatically opens with the easy starting rule of 1 mg = 10 units.

TB-500 · 10 mg selected

Vial Strength
10mg

Easy rule: 1 mg = 10 units · Every 10 units = 1 mg

Calculated result
U-100 syringe20 units2 mg at the current water amount

This calculator converts the values entered. It does not choose an amount.

Step 2: Prepare

This 10 mg vial opens with 1 mL of BAC water, creating the easy starting rule of 1 mg = 10 units.

If the water amount is changed above, use the updated easy rule shown by the calculator.

Do not shake the vialSlowly add the water down the inside wall of the vial, then gently swirl until fully dissolved.

Step 3: Store

Prepared vialsRefrigerate at 2–8°C

Unprepared vialsKeep cool and dry, away from heat, moisture, and direct sunlight

Shipping & delivery

Picked And Shipped Within 24 Hours.

Every order is prepared and packed in Canada with care, accuracy, and attention to detail. In-stock orders are checked and packed within 24 hours, then shipped with Canada Post. Tracking is sent after the parcel’s first carrier scan.

Bilingual Shipped by Canada Post logo with English to the left and French to the right

Customer Reviews

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Lacey HughesVerified buyer
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Puffin Peptides

Nice site and helpful chat bot. I’ll be back again.

Kimmy SonnVerified buyer
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Puffin Peptides

I can’t believe it but I’ve lost 30lb. It’s been 3 months and felt compelled to write a review. I know it’s not Puffin I have to thank but their site came up in google and brought me here. Thank youuuuuu! <3

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Product documentation

Batch Details

Uploaded documents10 mg
PDF · 10 mgPP-TB-500-10-MG-R037.pdfPublished for TB-500 10 mg
View document
ProductTB-500
Strength10 mg
Catalogue codePP-TB-500-10-MG
PresentationLyophilized powder in a sealed glass vial
StorageSee vial label and lot-specific documentation
Intended useLaboratory research only · not for human consumption

Only uploaded documents published for the selected vial strength are shown here.

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