TB 500 (TB4 Acetate) 10mg (Research Only)

TB-500 Overview

TB-500 10mg is a high-capacity synthetic analog utilized to study sustained structural integrity and extended mobile signaling. This larger format allows for the in-depth investigation of actin filament dynamics over prolonged observation periods, focusing on how cells maintain the durability of the cellular framework. Researchers employ this 10mg supply to track the persistence of cytoskeletal organization and molecular resilience in more complex laboratory environments.

Investigators utilize TB-500 10mg to analyze the longevity of intracellular communication and the durability of peptide-receptor interactions that influence biological agility. By mapping these extended signaling cascades, researchers gather critical data on how systems coordinate internal architectural stability and long-term pathway endurance at a molecular level.

Current research focuses on the signal modulation required for consistent structural behavior. This vial provides a robust technical framework for investigating the persistent signaling networks that support systemic integrity, offering a deeper look at molecular resilience without focusing on clinical recovery or therapeutic outcomes.

TB-500 Structure

CAS Number: 885340-08-9

Molecular Formula: C₃₈H₆₅N₁₁O₁₄
Molecular Weight: ~889.0 g/mol
Monoisotopic Mass: ~888.4916 Da

Parent Compound:
Thymosin β4 (Tβ4), a naturally occurring actin-binding protein; TB-500 represents a synthetic fragment used for research purposes.

Synonyms

• Thymosin β4 Acetate
• Thymosin-β4 fragment 17–23
• Ac-LKKTETQ
• N-acetyl-Leu-Lys-Lys-Thr-Glu-Thr-Gln

Research Areas

TB-500 is utilized in pre-clinical research models across the following areas:

• Actin & Cytoskeletal Dynamics
  Investigating peptide-mediated regulation of actin binding and intracellular structural organization.

• Cellular Signaling Coordination
  Studying how cytoskeletal signaling pathways interact with broader intracellular communication networks.

• Peptide–Protein Interaction Studies
  Examining binding behavior, signaling specificity, and pathway modulation at the molecular level.

• Structural Pathway Mapping
  Researching how peptide fragments influence cytoskeletal architecture and signal transmission.

• Cellular Stress-Response Signaling Models
  Evaluating signaling adaptations within cells exposed to controlled experimental stressors, without physiological or therapeutic interpretation.

Condensed Research Summary

TB-500 10mg is a high-capacity research analyte used to explore the pathways of sustained structural mobility and framework endurance. In laboratory settings, this larger format allows researchers to track how cells coordinate actin-associated signaling and maintain cytoskeletal dynamics over extended observation cycles. These exploratory studies focus on mapping the persistence of internal architectural signals and how molecular interactions support long-term biological agility, providing robust technical data on signaling behavior without any focus on therapeutic or recovery outcomes.

Research-Only Notice

TB-500 is intended for laboratory research use only. Not for human or veterinary consumption. Not approved by the FDA for therapeutic or diagnostic use. All referenced studies are pre-clinical and exploratory.