Overview
The Thrombin Substrate S2238 is a highly effective chromogenic substrate designed explicitly for thrombin activity detection. With an absorbance peak at 405 nm, this substrate allows for precise measurements in various experimental setups. Whether you’re conducting basic research or working on diagnostic applications, knowing the activity level of thrombin is crucial, and this substrate offers you the reliability you need. It’s a critical component for those delving into studies related to hemostasis, coagulation, and thrombosis.
Key Features
- Specific for thrombin detection
- Chromogenic properties with Abs=405 nm
- Ideal for research and diagnostic applications
- Easy-to-use with quick results
- Available in a convenient 1 mg package
Specifications
| Product Name | Thrombin Substrate S2238 |
| Category | Peptides |
| Size | 1 mg |
| Absorbance | 405 nm |
FAQ
What is the primary use of Thrombin Substrate S2238?
This substrate is primarily used for measuring thrombin activity, which is essential in studies involving blood coagulation.
How do I use the Thrombin Substrate S2238?
To use the substrate, simply dilute it per the provided instructions and add it to your thrombin-containing samples, measuring the absorbance at 405 nm to determine activity.
Can I incorporate this substrate into my existing assay systems?
Yes, Thrombin Substrate S2238 can easily integrate into various assay systems designed for thrombin detection, making it versatile for lab applications. For further options, check our full peptides catalog.
Enhancing your research has never been easier. The Thrombin Substrate S2238 is not just a product, but a reliable tool to help put you at the forefront of coagulation studies. Shop now and obtain this critical reagent today. For additional substrates addressing various proteolytic activities, consider exploring the PKG Substrate or the Autocamtide-2. Your success in the lab starts with the right tools, so make the Thrombin Substrate S2238 part of your toolkit now!




Reviews
There are no reviews yet.