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BPC-157 TB-500 Blend - Dragon Pharma

Dragon Pharma

BPC-157 TB-500 Blend - Dragon Pharma

Injection · 5 mg + 5 mg/ ml · vial

In stock · ships within 24h Out of stock Ships from International · U.S Domestic
CompoundBPC-157 + TB-500
ClassResearch peptides
Half-lifeNot established
DetectionBanned by WADA S2
Liver toxicityLow
Water retentionNone
The vial holds 5 mg of each peptide as a single lyophilised cake, so both compounds sit at the same mass and any volume drawn carries them in a fixed ratio that cannot be adjusted afterwards. No human elimination half-life has ever been established for either peptide, which is why the half-life cell reads not established rather than a number. The detection cell points at a rule instead of a window: WADA class S2 names thymosin beta-4 and its derivatives, including TB-500, as prohibited at all times.
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BPC-157 TB-500 Blend - Dragon Pharma
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$80.00
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Quality First

All products are manufactured under strict quality standards and independently tested before release. By purchasing, the buyer agrees to use these products in compliance with all applicable laws.

Buy BPC-157 TB-500 Blend by Dragon Pharma at Best Anabolic Steroids. One vial holds a single lyophilised cake containing 5 mg of BPC-157 and 5 mg of TB-500, two repair peptides studied for tendons, ligaments and soft tissue. The pair sits at equal mass, so every draw delivers them in a fixed one-to-one ratio that cannot be adjusted after mixing.

Product Overview

BPC-157 is a pentadecapeptide, a chain of fifteen amino acids derived from a protein found in gastric juice, and it is studied mainly in animal models. TB-500 is the research name for an acetylated heptapeptide, Ac-LKKTETQ, which is a fragment of the larger protein thymosin beta-4, a forty-three amino acid molecule found in most cells.

What arrives is a 10 mg fill in total: five milligrams of each peptide in one lyophilised cake. That matters more than it first appears. A single-peptide vial such as BPC 157 2 mg or TB 500 5 mg lets you set the amount of one compound freely. The blend does not: the ratio is locked at 1:1 from the moment the water goes in.

Neither peptide has an established human elimination half-life, and injectable TB-500 has never been through human clinical trials. The trial data that exist belong to the whole thymosin beta-4 protein delivered as eye drops, which is a different molecule and a different route. The catalogue entry lists the vial under thymosin beta 4 and pentadecapeptide because both names describe its contents.

How the Two Repair Peptides Work

BPC-157 is described as acting on the tissue repair side of the equation: vessel formation, fibroblast activity and the signalling that surrounds an injury. Its stability in gastric juice is chemistry, not a therapeutic claim, and it is one of the reasons the peptide has been studied by more than one route.

TB-500 comes from the actin-binding protein thymosin beta-4, and the fragment is associated with cell migration and the movement of repair cells into damaged tissue. In practice the two are bought together because the pathways they are linked to sit next to each other rather than because a combination trial exists. There is no study of this exact blended vial, in animals or in humans.

One regulatory fact belongs in this section. Thymosin beta-4 and its derivatives, explicitly including TB-500, are named in WADA class S2 and prohibited at all times, so the peptide is screened for in sport even though the injectable form has no human trial record at all.

What to Expect Across a Loading Phase

  • Days one to three. The only predictable event in that window is the injection itself; a local reaction at the site is the common report, and no systemic change is expected quickly.
  • Weeks one and two. User accounts describe less pain around injured tendons and ligaments at this point. These are reports, not clinical findings, and the sources used here label them as such.
  • Weeks two to four. Improved range of motion and tolerance of training load appear in the same kind of account, again without trial support.
  • Weeks four to six. This is the loading window used in the community TB-500 protocol quoted below, after which the maintenance step begins.
  • The honest limit. No human half-life is established for either peptide, so nothing about the timing above rests on measured pharmacokinetics.
  • After stopping. Reported effects fade gradually, and the reference practice is a 6-12 week course of BPC-157 followed by a 4-8 week break between blocks.
  • Blend arithmetic. Because the ratio is 1:1, a draw sized for a BPC-157 amount also sets the TB-500 amount, whether or not that is the number you wanted.

Dilution, Ratios and the Recorded Research Amounts

There is no approved dose for this product, and the figures below are the research and community amounts recorded for each peptide separately. They cannot both be followed exactly at once, and the table explains why.

BPC-157 research amount 150-375 mcg twice a day in the anecdotal protocols taken from a published review, not a clinical schedule
TB-500 loading About 2.5 mg twice a week for 4-6 weeks in vendor and community protocols
TB-500 maintenance About 2.5 mg once a week after the loading phase
Course length 6-12 weeks for BPC-157, with a 4-8 week break before repeating; no separate female figures are recorded for the blend
Administration Subcutaneous injection; the vendor notes that the effect is described as systemic rather than local to the injury site

The conflict is visible in the numbers. A TB-500 loading dose of 2.5 mg carries 2.5 mg of BPC-157 with it at a fixed ratio, which is far more of the pentadecapeptide than the 150-375 mcg steps above. Reconstitution decides how the vial is actually used. Two millilitres of diluent in the 10 mg cake produces a 5 mg per ml mix, so a 10-unit draw contains half a milligram of each peptide; five millilitres instead spreads the same powder across 2 mg per ml. Choose the concentration that puts your daily step inside a normally drawable volume, and write it on the vial.

Pairing the Blend with the Rest of the Peptide Shelf

This vial sits in the recovery corner of a peptide protocol rather than in a cycle of hormones, so its partners are chosen for skin, connective tissue and general repair work. All of them come from the same brand.

Repair protocol
BPC-157 TB-500 Blend - 1 vial + GHK-Cu 10 mg - research amount
6-12 weeks; the copper peptide is studied for skin and connective tissue, which is where the blend is aimed
Recovery block
Short blocks studied separately; nothing in the sources tests this trio together
Reconstitution essentials
BPC-157 TB-500 Blend - 10 mg vial + Bacteriostatic Water - 2-5 ml
The volume of water chosen here fixes the concentration for the whole vial, so it is a decision rather than a formality

Growth-hormone-side peptides such as Ipamorelin 5 mg or Tesamorelin 5 mg are usually kept in a separate block, because they are dosed nightly.

After the Last Injection, and Why There Is No PCT

Peptides do not suppress the hypothalamic-pituitary axis, so the recovery blocks written for anabolic cycles do not apply to this blend. What replaces them is a break between courses and a sensible way of judging whether the block helped.

No PCTNothing in this vial shuts down natural testosterone production, so a SERM has no role after it
Gap between blocks4-8 weeks off before repeating a BPC-157 course, the interval given in the review data
How to judge itMobility and pain notes taken before, during and after the block, since no blood marker tracks these peptides
Cancer historyHigh TB-500 exposure is linked in reference material to tumour development; this peptide is not for anyone with an oncological history
Vial lifeOnce mixed, the vial is finished inside roughly 30 days, which fixes how much ground one bottle covers

Side Effects and the Limits of the Evidence

The list is short and the reasons behind each entry are worth reading, because most of them come from an absence of data rather than from a clean safety record.

Pain or redness at the siteFrequent and not dose related; rotate sites and keep the technique clean.
Hypersensitivity to the peptideUncommon and unconfirmed; a small first dose and stopping at any reaction is the cautious approach.
Tumour risk associated with TB-500No human data exist; reference material links high exposure to tumour development, so an oncological history rules it out.
No long-term safety recordLimit course length, take the 4-8 week break, and treat the whole class as experimental.
Dilution errorThe most common real harm is an arithmetic mistake; calculate units from the volume added, not from memory.
Doping controlThymosin beta-4 and its derivatives are prohibited at all times under WADA class S2.

Mixing and Storing the Blend

Before reconstitution the vial keeps at 15-25 degrees Celsius or in the cold at 2-8 C, in its box, and it must never be frozen. Bring it to room temperature on the day you mix it, wipe the stopper, and direct the water down the inside wall rather than onto the cake. Swirl until the solution is clear; shaking a peptide is the fastest way to damage it.

Once mixed, hold it at fridge temperature and use it within roughly 30 days, the general rule for this brand's lyophilised line. Avoid repeated freeze-thaw cycles entirely. Label the vial with the concentration and the date, draw with a fresh needle, and throw the vial away if the solution turns cloudy or shows particles. Keep it out of reach of children and dispose of needles in a sharps container.

Buying the BPC-157 TB-500 Blend Online

This vial is for the reader who wants both repair peptides in one preparation and accepts the consequence that comes with it: a fixed ratio means less freedom and less arithmetic to get wrong. Ten milligrams of powder makes a course of several weeks at 500 mcg of each peptide per draw, and the page above gives the two dilution options, the loading figures, the break between blocks and the storage rule. It ships from Dragon Pharma as a sealed lyophilised cake, with the chemistry of both peptides set out honestly next to the claims that cannot be supported. Order it here with the bacteriostatic water and the recovery peptides from the same line.

This material is published for educational and research reference purposes only. The compounds described are research-grade materials supplied for laboratory work and are not presented here as medicines or as a treatment for any condition. Dosing information reflects published clinical and reference data for the active substances, not a recommendation or a prescription. Nothing on this page should be read as medical advice. Keep all products out of reach of children and follow the regulations that apply in your country.
What is in the BPC-157 5 mg / TB-500 5 mg blend?
One lyophilised vial carrying 5 mg of BPC-157 and 5 mg of TB-500, a total fill of 10 mg. BPC-157 is a fifteen amino acid peptide from a gastric protein and TB-500 is a fragment of thymosin beta-4, so the two act through different mechanisms and neither replaces the other.
What is BPC-157?
A pentadecapeptide, meaning a chain of 15 amino acids, isolated from a protein found in gastric juice. It is studied for tissue repair and is unusually stable in stomach acid, which is why oral use appears in the research literature. The evidence base is dominated by animal work, and the single-peptide vial is listed separately as BPC 157 2 mg.
What is TB-500 and how is it different from BPC-157?
TB-500 is a synthetic acetylated heptapeptide, a seven amino acid fragment of the forty-three amino acid protein thymosin beta-4, studied for actin binding and cell migration. Different molecule, different size and a different proposed mechanism from BPC-157. It is also the peptide with the weaker human record: no clinical trial has been run on the injectable form.
What is the TB-500 loading protocol?
The vendor and community reference is roughly 2.5 mg twice a week for 4-6 weeks, followed by 2.5 mg once a week. These are protocol figures published by sellers rather than trial results, and inside a blend they cannot be followed in isolation, because every draw carries an equal mass of BPC-157 with the TB-500.
How do you reconstitute the blend?
Use Bacteriostatic water, run it down the inner wall rather than onto the powder, then swirl until the cake is gone. Divide the target strength into the 10 mg total fill to get the volume, and note the mixing date on the label. The mixed vial is refrigerated at 2-8 C and used within 30 days.
Does the blend keep the two peptides at a fixed ratio?
Yes. Both peptides are present at 5 mg, so after dilution they are equal in mass at every volume you draw and the proportion cannot be adjusted. That is the difference between this vial and buying TB 500 5 mg separately, where each peptide can be measured on its own schedule.
Is this blend banned in sport?
The TB-500 side is. WADA class S2 names thymosin beta-4 and its derivatives, with TB-500 given as the example, as prohibited at all times, in and out of competition. Anyone subject to testing has to treat the whole vial as covered by that entry, because the two peptides cannot be separated once they are in solution.
Is Dragon Pharma TB-500 legit or are there fake batches around?
Fake peptide vials circulate widely, and a blend is harder to check by eye than a tablet because there is no imprint to compare. The practical checks are the printed strength on the label, a clean intact seal, a legible batch code and a cake that dissolves to a clear solution. Vendors in this category are reviewed on forums, so published user accounts are worth reading before ordering.

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