Hi-dECM™, Heart Tissue (HdECM), Lyophilizate | BI007(D)-1GX1 | Himedia

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Hi-dECM™, Heart Tissue (HdECM), Lyophilizate | BI007(D)-1GX1 | Himedia

Hi-dECM™ Heart Tissue (HdECM) Lyophilizate, Grade: Research, Application: Tissue Engineering.

Category Brand:

79,000.00

Description

Specifications Table

Product Name – Hi-dECM™, Heart Tissue (HdECM), Lyophilizate | BI007(D)-1GX1 Quantity/Pack Size – 1GX1 Form – Lyophilizate Grade – Research Application – Tissue Engineering

Product Overview

Hi-dECM™ Heart Tissue (HdECM) Lyophilizate is a premium-grade product designed specifically for advanced research and tissue engineering applications. Derived from heart tissue, this lyophilized extracellular matrix (ECM) provides a natural scaffold that supports cell growth and differentiation. Its unique composition helps in mimicking the natural environment of heart tissue, making it an ideal choice for studies related to cardiac tissue regeneration and repair. The lyophilization process ensures that the ECM retains its structural integrity and bioactivity, providing a reliable and consistent substrate for your experiments. Whether you are a student, researcher, or educator, Hi-dECM™ Heart Tissue (HdECM) Lyophilizate offers a high-quality solution for your lab needs.

FAQs

1. What is the primary application of Hi-dECM™ Heart Tissue (HdECM) Lyophilizate?

It is primarily used for tissue engineering and cardiac tissue regeneration studies.

2. How is Hi-dECM™ Heart Tissue (HdECM) Lyophilizate processed?

It is processed through lyophilization to retain its structural integrity and bioactivity.

3. Is Hi-dECM™ Heart Tissue (HdECM) Lyophilizate suitable for educational purposes?

Yes, it is suitable for educational purposes as well as advanced research.

4. What are the storage requirements for Hi-dECM™ Heart Tissue (HdECM) Lyophilizate?

It should be stored at -20°C to maintain its quality and effectiveness.

5. Can Hi-dECM™ Heart Tissue (HdECM) Lyophilizate be used in other types of tissue engineering?

While it is specifically designed for cardiac tissue engineering, it may have applications in other related fields with proper validation.

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