Christmas Sale Ceralysis, 50 X 2 Ml Tubes Lmd2.0-50 In Multiple Colors [iWqjlCmI]

Christmas Sale Ceralysis, 50 X 2 Ml Tubes Lmd2.0-50 In Multiple Colors [iWqjlCmI]

CeraLysis is a highly effective lysis matrix designed for the rapid and efficient disruption of soft tissues. Each tube contains 1.4 mm ceramic spheres that offer exceptional performance in lysing delicate tissues such as brain, liver, kidney, lung, and spleen. With its versatile applications, CeraLysis is also ideal for plant tissue, including leaves, roots, and fruits, as well as cultured cells and whole insects. This innovative lysis matrix is not only compatible with MP Biomedicals Lysing Matrix D but also boasts a unique set of features that set it apart from other lysis matrices on the market.

Key Features and Specifications

CeraLysis is crafted with a focus on efficiency and ease of use. Here are some of its standout features:

• Chemically Inert: The ceramic spheres are chemically inert, ensuring that they do not bind to nucleic acids, preserving the integrity of your samples.
• Impact-Resistant: Each tube is designed to withstand high-speed homogenization, providing consistent and reliable results.
• 2 ml Tubes: The 2 ml tubes are convenient for various sample sizes, allowing you to process multiple samples with ease.

Practical Applications

CeraLysis is a versatile tool for a wide range of applications in research and diagnostics. Its robust design and unique ceramic sphere composition make it an ideal choice for:

• Lysing delicate tissues from animals and plants.
• Processing cultured cells and whole insects for further analysis.
• Ensuring compatibility with MP Biomedicals Lysing Matrix D, for seamless integration into existing workflows.

With its exceptional performance, versatility, and ease of use, CeraLysis is an indispensable tool for any laboratory that requires efficient lysis of soft tissues and other complex samples. Upgrade your lysis process today with Christmas Sale Ceralysis, 50 X 2 Ml Tubes Lmd2.0-50 In Multiple Colors [iWqjlCmI].