Corningu00ae Synthemax II-SC Substrate Vial 10 mg - Enhanced Cell Attachment and Growth

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Procurenet
Short description

Corning® Synthemax II-SC Substrate Vial, 10 mg

  • Synthetic surface for enhanced cell attachment and growth
  • Optimized for stem cell culture
  • Consistent lot-to-lot performance
  • Durable and easy-to-handle packaging
Quantity :
  • Procurenet Team Tshim Sha Tsui
    Hong Kong Hong Kong 3 years
Description

Corningu00ae Synthemax II-SC Substrate Vial, 10 mg

The Corningu00ae Synthemax II-SC Substrate Vial is a synthetic surface designed to provide enhanced cell attachment and growth. It is specifically optimized for stem cell culture, offering a reliable and consistent environment for the proliferation of stem cells. With its consistent lot-to-lot performance, researchers can rely on the Synthemax II-SC Substrate Vial to deliver accurate and reproducible results in their experiments.

Features and Benefits:

  • Synthetic surface: The Synthemax II-SC Substrate Vial features a synthetic surface that mimics the extracellular matrix environment found in vivo, providing cells with a more physiologically relevant substrate to attach and grow on.
  • Enhanced cell attachment and growth: The synthetic surface of the substrate vial enhances cell attachment and growth, promoting the formation of well-organized and healthy cell colonies. This enables researchers to obtain high cell yields and maintain cell viability throughout the culture process.
  • Optimized for stem cell culture: The Synthemax II-SC Substrate Vial is specifically optimized for stem cell culture, providing the necessary conditions for stem cell maintenance and expansion. It supports the self-renewal and pluripotency of stem cells, allowing researchers to study and manipulate these unique cell populations.
  • Consistent lot-to-lot performance: With the Synthemax II-SC Substrate Vial, researchers can expect consistent performance from batch to batch. This ensures that experimental results can be accurately compared and reproduced, reducing variability and improving the reliability of research findings.
  • Durable and easy-to-handle packaging: The Synthemax II-SC Substrate Vial is packaged in a durable and easy-to-handle vial, ensuring that the substrate remains intact and protected during storage and transportation. This convenient packaging allows for easy access to the substrate when needed, minimizing the risk of contamination and maintaining the quality of the product.

The Corningu00ae Synthemax II-SC Substrate Vial is an essential tool for stem cell researchers and scientists working with stem cell cultures. Its unique synthetic surface, optimized for stem cell culture, provides an ideal environment for stem cells to attach, grow, and maintain their key characteristics. The enhanced cell attachment and growth properties of the substrate vial allow researchers to achieve high cell yields and maintain cell viability, making it suitable for a wide range of stem cell applications.

With consistent lot-to-lot performance, the Synthemax II-SC Substrate Vial ensures that researchers can obtain reliable and reproducible results in their experiments. They can confidently compare and analyze data, knowing that the substrate will consistently deliver the same performance across different batches.

The durable and easy-to-handle packaging of the Synthemax II-SC Substrate Vial further enhances its usability. The vial protects the substrate from damage during storage and transportation, ensuring that it remains intact and ready for use. The convenient packaging also allows researchers to easily access the substrate when needed, reducing the risk of contamination and maintaining the quality of the product.

Overall, the Corningu00ae Synthemax II-SC Substrate Vial is a reliable and efficient tool for stem cell culture. Its synthetic surface, optimized for stem cell growth, provides an ideal environment for stem cells to thrive and maintain their unique characteristics. Researchers can trust in its consistent lot-to-lot performance and durable packaging, enabling them to obtain accurate and reproducible results in their stem cell experiments.

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