TB-500 (Thymosin Beta-4) 5mg

Why Choose CellPeptides’ TB-500?

You need consistent quality and purity you can count on. CellPeptides provides researchers with precisely that. Want to know who you’re buying from? We respect that.

Why choose CellPeptides? Because:

• We manufacture our peptides in a WHO/GMP and ISO 9001:2015 certified laboratory in the European Union, to ≥99% purity.
• Our TB-500 is, like all our peptides, third-party lab tested, with reports available to read.
• CellPeptides offers fast and secure shipping (yes, temperature-controlled) across the globe, with tracking.
• “Flexible payment options” doesn’t just mean bank transfer vs credit card with us. You can also use crypto to pay.

Quality peptides aren’t negotiable, but great service shouldn’t be, either. Have questions about TB-500, payment, or research? CellPeptides’ customer support team will get you answers.

What Is TB-500, and What Makes This Peptide Interesting for Research?

You’ve read the sales pitch at the top. Now you want to know more. TB-500 is the synthetic, lab-created version of Thymosin Beta-4, a key regenerative peptide found in nearly all cells — in animals and people.

TB-500 has active roles in cell migration (that is, sending repair cells to areas where damage is present), regulating actin (which your body needs for healing and tissue structure), and anti-inflammatory signaling. Some level of inflammation is normal and beneficial for healing, but too much causes damage. TB-500 slows and soothes excessive inflammation, so that the body can heal more predictably.

Seeing so many peptides in one place — some of which do quite similar things in the face of it — can be confusing. It’s important, then, to know that TB-500 works systemically. It can heal different types of tissues, in more than one place.

Researchers look to BPC-157 for faster localized healing, for example. It targets gut health, muscle repair, and joint health. GHK-Cu is a mild anti-inflammatory that stimulates new collagen and repairs damaged skin. The role TB-500 (or Thymosin Beta-4, its natural counterpart) has to play in healing is systemic. It is broad. TB-500 regulates actin and lowers inflammation throughout the body. That quality makes the peptide most interesting to people researching muscle or tendon injuries, recovery, and chronic damage.

Research-Backed Use Cases: How TB-500 Speeds Up Healing and Repair

That broad action has led to widespread interest in the potential of TB-500. The body of research on the peptide has been growing since it was first synthesized in 1966, including both animal and human trials. TB-500 has so many potential uses that it’s impossible to list them all — but these highlights cover the best-established ones.

TB-500 for Muscle and Tendon Repair

TB-500 mimics the body’s natural process in cases of muscle injury; research shows that both injured muscle fibers and the immune cells around them start making more Thymosin Beta-4 to speed recovery along. [1] Similar results have been observed in tendon and ligament injuries [2] — as tissues heal, TB-500 leads to improved flexibility and strength, even under increased stress.

This explains why TB-500 has fascinated researchers in the field of sports injury and recovery. The potential for faster healing exists, and research is ongoing.

Faster Wound Healing and Scar Prevention with TB-500

The skin isn’t only the largest organ we have, but also one of the most complicated. Healing takes time, and it’s often complicated by immune system challenges, bacterial infections, and beyond. Several studies have looked into the effect TB-500 has on the process, finding that it can make recovery from deep cuts [3] like surgical incisions more straightforward, while greatly reducing scar tissue formation [4].

Plain English? TB-500 should be interesting to anyone researching faster wound healing and immune system support during this vulnerable window — when infection prevention is a priority.

The Role TB-500 Plays in Eye and Nerve Tissue Regeneration

In contrast to many other peptides, TB-500 (or, more specifically, the natural version — Thymosin Beta-4) has also caught the attention of researchers studying eye damage. So far, the results have been quite promising. Researchers have demonstrated the effect TB-500 has on eye and optical nerve tissue regeneration and corneal inflammation and called it an “exciting new agent.” Watch this space! [5]

TB-500 for Mobility and Flexibility, and Better Joint Health

Scientists, knowing that TB-500 improved cell repair and blood vessel formation while fighting inflammation, have also looked into the possibility that this small peptide can reduce the inflammation associated with arthritis — and, potentially, improve symptoms for patients. [6] This, again, remains an area of ongoing study.

Results have been optimistic, but there’s more to be done to find out exactly how TB-500 can be used to improve joint health. Meanwhile, less inflammation often means two things for arthritis patients: less pain and less stiffness.

Heart Health and Post-Heart Attack Scarring

Early, but exciting, research also points to another very interesting application. After a heart attack, the improved cell migration TB-500 has been demonstrated to encourage could lead to reduced scarring. Anti-scarring properties take on an altogether different meaning in this context than they do for people recovering from skin wounds. Less scarring leads to more elasticity. More elasticity leads to better heart health.

What’s more, you’ve already read that TB-500 encourages the formation of new blood vessels. This, too, is of immense interest to anyone studying heart and cardiovascular health. [7]

Who Should Consider TB-500?

The systemic healing, anti-inflammatory, and immune system support TB-500 has been demonstrated to give make it a challenge to narrow down a single best research area. (That is to say, TB-500 should be of interest to anyone interested in whole-body healing optimization.)

While research is underway, some of the groups who stand the most to gain from the healing benefits of TB-500 are also most likely to be interested in researching its effects:

• Athletes and bodybuilders are drawn to faster recovery from muscle tears, ligament damage, and tendon strains. TB-500 may even heal micro-injuries before they take athletes out of action.
• Biohackers are peptides’ biggest fans, and TB-500 is no exception. Fighting stiffness, repairing damage from old injuries, cardiovascular protection, and wound healing should interest everyone, really.
• People recovering from surgery and chronic injuries (including eye injuries, where TB-500 has been studied extensively) need all the support they can get. TB-500 may be able to play a key part there.

Research is underway — so far, with promising results. In the meantime, anyone set to explore TB-500 further will also want to know what science suggests about dosing and side effects.

Common Dosing Protocols for TB-500 In-vitro Research

Existing studies and anecdotal reports have yielded several common dosing protocols for TB-500. Most people researching TB-500 start with 1 mg doses to assess tolerance, and begin their study in earnest from there.

A quick overview for informative purposes:

• Minor injury recovery and support generally calls for 0.5mg to 2.5 mg (increased gradually over weeks); doses of TB-500, twice a week. Protocols that last longer than four to six weeks are not generally necessary. A dose of 2.5 mg once a week might support ongoing recovery.
• Tendon and muscle injuries are deeper and more challenging. Doses of 2.5 mg twice a week for two to three weeks are well suited for acute recovery. A secondary phase where a 2.5 mg dose of TB-500 is administered once a week for three to four more weeks is often used for people with ligament tears. People with chronic joint problems may consider more long-term maintenance dosing.
• For longevity and general health, some researchers use doses of between 1.5 and 2 mg twice a week for four to eight weeks.
• Scar reduction doses are 2.5 mg three times a week for two weeks, and then twice a week until healing.

For reconstituting, researchers use 1 to 2 mL of bacteriostatic water (also available from CellPeptides) per 5 mg vial of TB-500. Injection is subcutaneous or intramuscular near the injury. Store in the fridge.

FAQ

Can TB-500 heal tendons?

Preclinical studies have shown promise in tendon healing. TB-500 works by lowering inflammation and triggering the production of more collagen. It is also a systemic healer.

Which is better, TB-500 or BPC-157?

Fair question, because TB-500 and BPC-157 are both peptides researched for faster healing. BPC-157 is more common for gut healing, localized injury healing, and kickstarting the healing process. TB-500 works across the body — it sends support to damaged tissue.

How long does it take for TB-500 to start working?

It is not uncommon to see less inflammation within a week or two. Deeper healing takes longer; up to three weeks. Many benefits become apparent with six weeks of consistent dosing.

What is the best peptide for healing?

That depends on your injury. Studies that TB-500 has the strong potential to speed up the healing of deep and chronic injuries. BPC-157 is often better for gut health and targeted injury recovery, and GHK-Cu for skin healing.

DISCLAIMER:

Our peptides can be used solely for in vitro experiments and cannot be:

• Used in clinical trials involving humans
• Administered to humans as part of an experiment or investigation
• Supplied to another party for human investigational use

Scientific References:

1. https://www.sciencedirect.com/science/article/abs/pii/B9780123860156000329
2. https://www.mdpi.com/2079-4991/13/12/1847
3. https://www.sciencedirect.com/science/article/abs/pii/S1046592807001891
4. https://ejdent.org/index.php/ejdent/article/view/330
5. https://www.sciencedirect.com/science/article/abs/pii/S0083672916300255
6. https://link.springer.com/article/10.1186/ar268
7. https://onlinelibrary.wiley.com/doi/full/10.1111/jcmm.12421