HiPurA Colcemid® DH5 Colcemid® Competent Cells, 10r (10vls) | MBT111-10R | Himedia

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HiPurA Colcemid® DH5 Colcemid® Competent Cells, 10r (10vls) | MBT111-10R | Himedia

High efficiency competent cells for bacterial transformation and cloning. Ideal for researchers and educators.

4,385.00

Description

Specifications Table

Product Name HiPurA Colcemid® DH5 Colcemid® Competent Cells
Quantity/Pack Size 10 r (10 vls)
Form Liquid
Grade Research Grade
Application Bacterial Transformation, Cloning

Product Description

HiPurA Colcemid® DH5 Colcemid® Competent Cells are specifically designed for high efficiency bacterial transformation, making them an essential tool for molecular biology research. These competent cells are ideal for cloning and other genetic engineering applications. The DH5α strain is known for its high transformation efficiency and stability, ensuring reliable results in your experiments.

Whether you are a student, researcher, or educator, these competent cells offer the performance and reliability you need. The HiPurA Colcemid® DH5 Colcemid® Competent Cells are part of Himedia’s commitment to providing high-quality lab supplies that meet the needs of the scientific community.

Order Now to experience the superior performance of HiPurA Colcemid® DH5 Colcemid® Competent Cells. Trust eqipped for your lab supply needs and elevate your research with confidence.

FAQs

What are competent cells used for?

Competent cells are used for bacterial transformation, which is a process of introducing foreign DNA into bacterial cells. This is crucial for cloning, genetic engineering, and other molecular biology applications.

What is the transformation efficiency of DH5α competent cells?

The transformation efficiency of DH5α competent cells is typically very high, making them suitable for a wide range of genetic engineering tasks. The exact efficiency can vary, but these cells are known for their reliability and performance.

How should I store competent cells?

Competent cells should be stored at -80°C to maintain their viability and transformation efficiency. It is

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