New Arrival Collagenase Type 2, > 125 Units/mg - Priority Shipping [o3EC04fP]

High-Purity Collagenase Type 2

Discover the power of Collagenase Type 2, a specialized protease renowned for its ability to dissect the intricate structure of collagen, a key component in connective tissues. This high-purity enzyme, isolated from Clostridium histolyticum, is designed to facilitate research and tissue dissociation with unparalleled efficiency. With a >125 units/mg concentration, Collagenase Type 2 delivers exceptional performance, making it an indispensable tool in cell and tissue culture.

Product Properties and Specifications

Collagenase Type 2 is meticulously processed into a lyophilized, non-sterile powder, ensuring convenience and ease of use. This unique enzyme possesses a higher relative level of protease activity, particularly clostripain, which is crucial for effective collagen degradation. Its gentle nature allows for dissociation at physiological temperature and pH, eliminating the need for mechanical agitation or specialized equipment. Here are some key features:

• High protease activity for efficient collagen degradation.
• Physiological conditions compatibility for gentle tissue dissociation.
• No need for special equipment or mechanical agitation.

Practical Applications and Benefits

Collagenase Type 2 is a versatile tool with a wide range of applications in research and medical fields. Its ability to degrade collagen fibrils makes it ideal for culturing human tumors, mouse kidney, and various tissues, including adult and fetal brain. This product is also suitable for organ perfusions, providing a comprehensive solution for tissue dissociation needs. By using Collagenase Type 2, researchers and medical professionals can:

• Enhance tissue culture efficiency and improve experimental outcomes.
• Streamline laboratory procedures with its gentle and straightforward use.
• Conduct advanced research in cell biology, tissue engineering, and more.

Experience the difference with Collagenase Type 2 and elevate your research to new heights.