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T-STORE® Tissue Storage and Transport Media

T-STORE® Tissue Storage and Transport Media

T-STORE® (Tissue Store) is a sterile, chemically defined and optimized media developed to provide a stable storage and shipping environment for mammalian tissue samples and cells. The product has been designed to maintain the integrity of tissue samples, thereby reducing necrosis and apoptosis. T-STORE utilizes a robust buffering system, allowing its use over a wide temperature range (+2°C to +37°C). In addition, it has been designed to be isosmotic, isotonic and isoionic with human serum and interstitial fluid, creating a homeostatic environment suitable for maintaining isolated tissues and cells for hours or days, as required.

T-STORE mimics the basic composition of interstitial fluid meaning that the acid-base (pH) balance of tissues is maintained during storage and transportation, allowing tissues to be used successfully for up to 72 hours following removal. Storage in T-STORE allows tissue samples to retain genetic and histological profiles for up to 72 hours.

 

FORMULATIONS

T-STORE (standard formulation)

T-STORE-AA (with Amphotericin B and Chloramphenicol)

T-STORE-AN (with Amphotericin B and Nanomycopulitin)

 

Advantages of using T-STORE

  • ‘ready-to-use’ transport and storage medium, suitable for collecting a wide range of cells and tissues.
  • provides flexibility to highly time critical processes.
  • can be used at sub-normothermic (non-frozen) and/or normothermic temperatures.
  • offers stable pH-buffering of pH 7.20 - 7.45 for temperatures between +2°C to +37°C.
  • can be used in aerobic or anaerobic conditions.
  • xeno free i.e., free from serum and animal/human proteins.
  • endotoxin levels conform to EU standards (≤ 1.0 EU/mL).
  • solvent free i.e., free from DMSO.

Products

Note: product availability depends on country. Product detail pages show availability of each product.

Applications: Storage and transport of tissue samples prior to analysis. Storage of cells following dissociation/isolation or enrichment prior to further analysis
Applications: Storage and transport of tissue samples prior to analysis. Storage of cells following dissociation/isolation or enrichment prior to further analysis
Applications: Storage and transport of tissue samples prior to analysis. Storage of cells following dissociation/isolation or enrichment prior to further analysis
Applications: Storage and transport of tissue samples prior to analysis. Storage of cells following dissociation/isolation or enrichment prior to further analysis
Applications: Storage and transport of tissue samples prior to analysis. Storage of cells following dissociation/isolation or enrichment prior to further analysis
Applications: Storage and transport of tissue samples prior to analysis. Storage of cells following dissociation/isolation or enrichment prior to further analysis
Applications: Storage and transport of tissue samples prior to analysis. Storage of cells following dissociation/isolation or enrichment prior to further analysis
Applications: Storage and transport of tissue samples prior to analysis. Storage of cells following dissociation/isolation or enrichment prior to further analysis
Applications: Storage and transport of tissue samples prior to analysis. Storage of cells following dissociation/isolation or enrichment prior to further analysis
Applications: Storage and transport of tissue samples prior to analysis. Storage of cells following dissociation/isolation or enrichment prior to further analysis
Applications: Storage and transport of tissue samples prior to analysis. Storage of cells following dissociation/isolation or enrichment prior to further analysis
Applications: Storage and transport of tissue samples prior to analysis. Storage of cells following dissociation/isolation or enrichment prior to further analysis
Applications: Storage and transport of tissue samples prior to analysis. Storage of cells following dissociation/isolation or enrichment prior to further analysis