Problem Solver Recombinant Mouse Siglec-e (c-fc) Slash 90% Off The Price [cRstedkD]

High-Quality Problem Solver Recombinant Mouse Siglec-e (c-fc) Slash 90% Off The Price [cRstedkD]

Introducing our Problem Solver Recombinant Mouse Siglec-e (c-fc) Slash 90% Off The Price [cRstedkD], a premium protein preparation derived from HEK293 cells. This product offers exceptional purity, exceeding 95%, ensuring reliable and consistent results for your experiments. With a calculated molecular weight of 64.4 kDa and an observed molecular weight of 85-95 kDa, this recombinant protein is ideal for various research applications.

• High purity > 95% as determined by reducing SDS-PAGE
• Expressed in HEK293 cells for consistent performance

Comprehensive Product Specifications

Our Problem Solver Recombinant Mouse Siglec-e (c-fc) Slash 90% Off The Price [cRstedkD] is a versatile research tool with numerous applications. This recombinant protein is tagged with C-Fc, allowing for easy detection and manipulation. The protein sequence spans from Gln20 to Phe355, ensuring coverage of the critical regions for functional studies. Additionally, the protein is stored in a 20mM Tris-HCl, 150mM NaCl buffer with pH 8.5, ensuring optimal stability and activity.

• Tagged with C-Fc for easy detection and manipulation
• Sequence covers Gln20 to Phe355 for comprehensive functional studies

Applications and Benefits

The Problem Solver Recombinant Mouse Siglec-e (c-fc) Slash 90% Off The Price [cRstedkD] is a valuable tool for researchers studying sialic acid binding and immune regulation. This protein has been shown to negatively regulate the LPS-induced production of TNF-α and IL-6 by macrophages, making it a key component in understanding endotoxin tolerance and dendritic cell function. Whether you are investigating the role of Siglec-E in immune responses or exploring its potential applications in therapeutic contexts, this recombinant protein is an indispensable resource.

• Valuable for studying sialic acid binding and immune regulation
• Key component in understanding endotoxin tolerance and dendritic cell function