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TB-500 | 10mg

TB-500 | 10mg

Regular price $49.00
Regular price $49.00 Sale price
SAVE Sold out

check_circle Advanced Tissue Recovery

check_circle Guaranteed >99% Purity

check_circle High-Potency 10mg

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Research Disclaimer: Not for human or Veterinary Consumption

TB-500  | 10mg

TB-500 | 10mg

Regular price $49.00
Regular price $49.00 Sale price
SAVE Sold out

Description

Recovery. Mobility. Purity.

VitraNova Research introduces TB-500 Core, a high-concentration 10mg vial of the synthetic peptide Thymosin Beta-4. Engineered for advanced study into cellular migration and tissue regeneration, this formulation represents the pinnacle of peptide synthesis.

Protected within medical-grade glass, our TB-500 is lyophilized to ensure maximum stability and is rigorously verified for >99% purity.

  1. Purity Verified: Confirmed 99% purity for reliable research outcomes.
  2. High Potency: Contains 10mg of active lyophilized reagent.
  3. Research Grade: Formulated strictly for laboratory investigation.
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Specifications

Product Name: TB-500 Core

Net Content: 10 mg

Compound Type: Synthetic Thymosin Beta-4 peptide

Purity: >99% (analytically verified)

Form: Lyophilized powder

Grade: Research use only

Potency: High-potency 10 mg active compound

Packaging: Medical-grade glass vial

Stability: Lyophilized for enhanced molecular stability

Intended Use: Cellular, tissue regeneration, and mobility research applications

Storage: Store in a cool, dry place away from light

Compliance: Not for human or veterinary consumption

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Targeting Actin Sequestration and Cellular Mobility

VitraNova Research provides TB-500 Core as a premier reagent for the study of cytoskeletal dynamics and cellular migration. As a synthetic version of Thymosin Beta-4, this peptide is essential for research into actin sequestration, a process vital for cell motility and angiogenesis. Our synthesized formulation supports investigations into rapid tissue repair mechanisms, allowing researchers to observe the upregulation of cell-building proteins in muscle and connective tissue models with high specificity and bio-activity.