BPC-157
Research peptide made of 15 amino acids
$79 AUD
TB-500 research peptide, dispatched from Perth
Buy TB-500 for research use only in 10 mg vials from $95. Orders are dispatched from Perth with tracking to every Australian state.
Research use only$95.00 AUDIn stock
1 vial of 10 mg
Choose a size
How many vials
For laboratory research use only. Not a medicine, supplement or food. Not for use in people or animals.
- Ships from Perth with trackingTracked delivery to every Australian state.
- Free BAC Water and standard shipping over $200Express is free over $300. Sent in plain packaging.
- Pay after you orderBank transfer or PayID. No card needed.
- 30-day purity guaranteeFull refund if an independent lab retests your batch within 30 days and finds it below the purity on your COA.
The product
What is in this vial?
TB-500 is a short lab-made peptide. It copies a piece of thymosin beta-4, a natural protein. The piece is seven amino acids long (amino acids are the building blocks of proteins). We supply it freeze-dried (as a dry powder) for lab research use only.
| Compound | TB-500 |
|---|---|
| Lot | TB5-2506 |
| Listed amount | 10 mg |
| Appearance | Freeze-dried reference material |
| Sizes | 10 mg |
| Storage | 2-8 C |
| Type | Short piece of the protein thymosin beta-4 |
Lab report
How do I check the lot?
Before you order, check that the compound, amount and lot match any report we show.
Lot TB5-2506
Match the lot number on your vial to the lab reports in our certificate library.
All certificate recordsDelivery
How does TB-500 ship from Perth?
Buy TB-500 for research use only, dispatched from Perth with Australia-wide tracked delivery. We dispatch once your bank transfer or PayID payment arrives and is matched to your order.
TB-500 is in stock in the catalogue.
After dispatch, Standard shipping usually takes 5 to 7 days and Express Post 2 to 3 business days anywhere in Australia. Your tracking link shows the latest estimate for your parcel.
Often added
Research alongside TB-500
Other catalogue items you can add to the same order.
FAQ
Questions and answers
You can buy TB-500 online from Form Laboratories, for research use only. It is in stock right now. Check this page for the latest stock before you order.
We send your order once your bank transfer has cleared and we have matched it to your order. Orders leave Perth with tracking, to anywhere in Australia. From the day we send it, Standard shipping usually takes 5-7 days and Express Post 2-3 business days. We email your tracking link after dispatch.
We list lot TB5-2506. Find the lot number on your vial and match it to the lab reports in our certificate library at /coa.
TB-500 is sold as lab research material only. You must be 21 or over to buy it. It is not for people to take and not for use on animals.
This page shows the lot number, appearance and storage for TB-500. Match the lot number on your vial to the lab reports in our certificate library. Each report is labelled with the sample it tested. A heavy-metals test (a check for toxic metals) does not measure purity or prove what the powder is.
Follow the vial label and your lab's own written rules. Store it at 2-8 C and keep it out of light. A report for an earlier sample is not the paperwork for your lot.
No. Thymosin beta-4 is a natural protein made of 43 amino acids. TB-500 is only a seven-amino-acid piece of it: the part that binds actin. Most well-known research is on the full protein, so those findings should not be read as direct evidence for the shorter TB-500 piece.
TB-500 is seven amino acids with an acetyl cap (a small chemical group) on one end. Scientists write it Ac-LKKTETQ. It matches positions 17-23 of thymosin beta-4, the part that binds actin. Published sources do not agree on one standard ID number for this piece. Our earlier heavy-metals report does not confirm this lot's identity, so the sequence is the most reliable way to identify it.
A CAS number is a standard chemical ID number. Published research defines TB-500 clearly by its sequence (Ac-LKKTETQ) but does not agree on one CAS number for it. We would rather not list a number that might not match the form we supply. The sequence is the most reliable way to identify it.
The only report we hold is for a 5 mg vial, batch FL20260410-TB500-5. It is a heavy-metals test, and it found no arsenic, cadmium or mercury. It does not measure purity, does not prove what the powder is, and does not test for bacterial residue.
We send TB-500 from Perth by Australia Post or CouriersPlease, in plain packaging, once your payment clears. We email you tracking. When it arrives, keep the freeze-dried vial in the fridge at 2-8 C and out of light. We deliver within Australia only. Shipping is a flat rate. Orders over $200 get free standard shipping and a free BAC Water, and orders over $300 get free Express.
Add the size and number of TB-500 vials you want to your cart, then check out. You do not pay by card. We email you an invoice with our bank details. Pay by bank transfer and quote the reference number. Once your payment clears, we pack and send your order and email you tracking. A fast transfer (PayID or Osko) gets your order moving sooner.
The guarantee covers the purity shown on the COA (certificate of analysis, a lab report for one batch). The COA comes with your order or on request. If an independent lab retests that batch within 30 days of your order and finds it below that purity, we refund the whole order. You do not need to send the vial back.
No. Our TB-500 is sold only as reference material for lab research. It is not a medicine, supplement or food. It is not for people or animals to take, and buyers must be 21 or over. The research on this page is about the TB-500 molecule, and the thymosin beta-4 protein behind it, in published studies. It is not about our product.
TB-500 is a short lab-made peptide. It copies a piece of thymosin beta-4, a natural protein. The piece is seven amino acids long (amino acids are the building blocks of proteins). We supply it freeze-dried (as a dry powder) for lab research use only.
Published work on the short piece includes cell and rodent studies and lab analysis. Findings for the full thymosin beta-4 protein are separate from studies on the piece.
For researchersAbout the research on TB-500
Published studies and lab-report notes, kept here for reference. Open to read.
What it is
TB-500 is a short lab-made peptide. It copies a piece of thymosin beta-4, a natural protein. The piece is seven amino acids long (amino acids are the building blocks of proteins). We supply it freeze-dried (as a dry powder) for lab research use only.
Published research and earlier sample reports do not cover the lot we list. Compare the compound, amount and lot on the label with any paperwork we show.
Amino acids in TB-500. It copies a small, active part of thymosin beta-4. A fact about the molecule, not a product claim.
Esposito et al., Drug Test Anal, 2012The positions in the 43-amino-acid thymosin beta-4 protein that this piece matches. That short region is the part that grips actin (a protein that forms the cell's inner frame).
Van Troys et al., EMBO J, 1996When the full protein, thymosin beta-4, was first fully sequenced (its building blocks were mapped in order). Nearly all study since has been in cell and animal models.
Low et al., PNAS, 1981Figures outside lot paperwork describe third-party research records for the molecule. They are not Form Labs product results or use claims.
Plain-language research labels
What it is, where it comes from, and what the research on it covers.
The actin-binding part
Actin is the protein a cell builds its inner frame from. Cells take that frame apart and rebuild it to change shape and move. TB-500 copies the part of thymosin beta-4 that grips actin, written LKKTET. Everything else on this page builds on that grip.
A piece, not the whole protein
Thymosin beta-4 is 43 amino acids long. TB-500 matches seven of them. Studies on the full protein are separate from studies on the piece.
Technical details
Sequence: Ac-LKKTETQ. It matches positions 17-23 of thymosin beta-4, with an acetyl cap on one end. Published work on this piece includes cell and rodent studies and lab analysis of the sequence.
Added to cart
Learn