TSST-1: Recombinant
Highly Purified Recombinant Toxic Shock Syndrome Toxin-1 (rTSST-1)
When your research requires evaluation of α chain MHC class II binding through low-affinity interactions with consistent recombinant performance, this highly purified rTSST-1 delivers the standardized superantigen activity you need. Our advanced recombinant production system ensures reproducible binding characteristics with defined N-terminal domain properties, guaranteeing your experimental results reflect true toxic shock syndrome mechanisms across all applications.
Key Advantages
- Consistent batch-to-batch performance for reproducible research
- Preserved α chain MHC class II binding specificity through controlled expression
- Standardized low-affinity binding characteristics for reliable mechanism studies
- Enhanced toxic shock syndrome research consistency through recombinant production
This research-grade preparation maintains trace co-purifying substances detectable by sensitive analytical methods, providing transparency for your experimental design. These reagents are intended for laboratory and research purposes only. They are not intended for human or veterinary drug use.
Additional information
| Available Sizes | 100ug, 1mg, 5mg, 10mg |
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Order & Shipping Requirements for Select Agents
To ensure regulatory compliance, prevent misuse, and maintain proper oversight, all Select Agent and Hemolysin products require specific documentation. This documentation must be completed and submitted before we can process any quote requests, orders, or shipments.
Client Responsibilities
Retrieve the correct documents from our Forms & Instructions page
Complete all required forms in their entirety
Submit the completed documentation along with the order form to Tox Tech
Important: Proper documentation must accompany each select agent order to ensure compliance. We cannot process orders or shipments without complete and accurate documentation.
For detailed instructions and access to all necessary forms, please visit our Forms & Instructions page.
