CBM4-2 anti-calcium ions (SCM-L052)
The CBM4-2 that bound calcium ions was isolated from the library using Phage display techonology. The CBM4-2, an 18-kDa protein derived from the xylanase (Xyn 10A) of Rhodothermus marinus, has a β-sandwich structure formed by 11 strands and contains no disulfide bonds. It is a well characterized module with defined substrate affinity and specificity. This module is thermostable and suitable for evolution of new binding properties. After affinity maturation, CBM4-2 variants were identified having affinities for calcium ions as determined by biosensor technology. It's potential to be used in diagnostic, research and therapeutic applications.
Specifications
- Scaffold Name
- CBM4-2
- Origin
- Xylanase 10A (Xyn10A)
- Core Structure
- β-sandwich
- Variable Regions
- 12 residues in carbohydrate binding site
- Target
- Calcium ions
- Expression Host
- E. coli
- Applications
- ELISA; immunohistochemistry; Microscopy; Flow Cytometer; Western Blotting; Functional Study
Target
- Alternative Names
- xylanase 10A (Xyn10A); CBM4-2; Ca2+; Calcium; Ca
For lab research use only, not for diagnostic, therapeutic or any in vivo human use.
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