TB 500

TB-500 is a synthetic peptide compound derived from a sequence associated with thymosin beta-4 and has attracted interest within the scientific and biochemical research community.

Its molecular structure and peptide characteristics make TB-500 a compound of interest for laboratory research investigating peptide characterisation, molecular interactions, cellular signalling, and related biochemical pathways.

At Peptime, we supply TB-500 exclusively for laboratory research and analytical purposes, with a focus on purity, consistency, and controlled production standards.

• High-purity synthetic peptide

• Suitable for laboratory and analytical research environments

• Manufactured using controlled synthesis processes

• Batch-tested for consistency and integrity

• Secure, professional-grade packaging

TB-500 is of interest for experimental research relating to:

• Peptide structure and characterisation

• Molecular interaction studies

• Cellular signalling research

• Biochemical pathway investigation

• Peptide stability and analytical studies

• Cellular and molecular research models

This compound is intended to support ongoing scientific exploration and laboratory-based analysis only.

Product Specifications

• Compound: TB-500

• Format: Lyophilised powder

• Available Sizes: 5mg / 10mg

• Purity: ≥ 99% (HPLC verified)

Quality & Assurance

Every Peptime product is:

• Produced using controlled synthesis methods

• Subject to strict internal quality checks

• Accompanied by batch verification standards

• Packaged to preserve compound integrity during transit

We prioritise precision, consistency, and research reliability across all products.

Important Notice

This product is supplied strictly for laboratory research use only.

• Not for human consumption

• Not for medical, veterinary, or diagnostic use

• Not intended for administration to humans or animals

• Not intended to treat, cure, or prevent any condition

By purchasing, you acknowledge that this product will be used solely for research and analytical purposes.