
Synthetic TB-500 research peptide corresponding to a defined region of thymosin β4, supplied for in-vitro laboratory characterisation.
TB-500 research overviewTB-500 is a synthetic research peptide corresponding to a defined region of the naturally occurring protein thymosin β4. This thymosin Beta-4 fragment is referenced in in-vitro laboratory literature primarily in the context of peptide characterisation and cellular actin-binding studies.
Each TB-500 research compound supplied by NXT GEN RESEARCH is manufactured to laboratory standards and independently third-party tested for identity and purity. The TB-500 research peptide is supplied as a white lyophilised powder, with batch-specific documentation available for verification.
TB-500 is supplied exclusively as a research-use-only laboratory material. It is not a medicine, supplement or veterinary product, is not licensed by the MHRA for human or animal use, and must not be administered to humans or animals.
NXT GEN RESEARCH is a UK supplier of TB-500 for laboratory research. TB-500 is stocked and dispatched from within the United Kingdom, giving UK laboratories and institutional buyers access to domestic supply without the customs delays and import paperwork associated with overseas suppliers.
UK orders are sent using a 24-hour tracked service, with delivery stated as 1-3 business days. Pricing is shown in GBP inclusive of UK handling, while institutional buyers can use the institutional account route where invoicing is required.
Each vial is lyophilised and sealed, with the batch code printed on the label. This can be checked against the corresponding Certificate of Analysis on the batch verification page before laboratory use.
NXT GEN RESEARCH acts as the product provider and supplier of the research material rather than a research contractor. The service covers supply and supporting product documentation, while the design and conduct of laboratory research remain outside the product supply service.
TB-500 is referenced in laboratory literature across several areas of in-vitro research, including:
These applications describe research contexts only. They do not indicate or imply suitability for human or animal administration, diagnosis, treatment or therapeutic use.
When assessing a TB-500 provider or supplier, researchers can look beyond broad descriptions such as ‘trusted’, ‘reliable’ or ‘affordable’ and examine the information available for the material itself.
The current TB-500 research compound has a stated purity of 99%+, independent third-party testing for identity and purity, an identifiable batch number and an HPLC batch certificate. These details provide specific information that laboratories can review when assessing the material and its documentation.
The current price, vial size, quantity discounts, batch information and Certificate of Analysis are also shown on the page. This allows institutional and laboratory buyers to make their own assessment of suitability and affordability for their particular research requirements.
The site lists TB-500 in both 5 mg and TB-500 10 mg vial sizes, allowing researchers to select the quantity appropriate to their intended laboratory work.
Researchers looking specifically for a 10mg TB-500 vial should select the 10 mg product option and check the corresponding product and batch information before ordering. The same research-use-only restrictions apply to TB-500 10mg and the 5 mg format.
Whether selecting a 5 mg or 10 mg vial, the relevant batch documentation should be checked against the material supplied.
TB-500 is available online from NXT GEN RESEARCH strictly as a research-use-only laboratory material. Orders are stocked and dispatched from within the UK using the stated tracked delivery service.
For laboratories looking to buy TB-500 online, the product page provides the vial size, price, purity, batch reference and testing documentation needed to assess the material before ordering. This offers more useful information than considering a ‘TB-500 for sale’ listing without accompanying batch details.
Bulk pricing is currently listed at 10% off for five or more units and 15% off for ten or more units. These published quantity discounts give laboratories a clear basis for assessing whether the available pricing is affordable for their particular purchasing requirements without relying on an unsupported comparative price claim.
All orders remain subject to the site's research-use-only requirements.
For researchers looking for laboratory grade TB-500, batch documentation provides a more meaningful basis for assessment than the phrase alone. Every batch of TB-500 supplied by NXT GEN RESEARCH is independently third-party tested for identity and purity, with documentation available for the supplied material.
Each vial carries its batch reference so the physical product can be matched with its corresponding documentation. The current 10 mg material is identified as batch TB10-2609-11, with the HPLC batch certificate recording 99%+ purity.
This batch-specific approach gives laboratories a clear way to check the stated identity and purity information associated with the vial they receive.
Store the lyophilised TB-500 material at -20 °C and protect it from light. For material in solution, the supplied product information specifies storage at 2-8 °C. The laboratory information provided for this product references a working life of up to 28 days from first entry when stored correctly.
Every batch of TB-500 supplied by NXT GEN RESEARCH is independently third-party tested for identity and purity.
TB-500 is supplied exclusively for scientific and laboratory research. It is not intended for human or veterinary consumption, administration, diagnosis, treatment or therapeutic use.
NXT GEN RESEARCH operates a zero-tolerance policy on human-use enquiries. References to human trials, self-administration, dosing, cycles or side effects can result in account termination and cancellation of open orders in accordance with the site's stated policy.

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I am over 18 years of age. I am a professional or student researcher.
Research grade compounds · Not for human or animal consumption