PBP scaffold protein anti-Trinitrotoluene

CAT#: SPB-L150

The PBP that bound trinitrotoluene was isolated from the library using Rational design techonology. After affinity maturation, PBP variants were identified having affinities (KD=2 nM) for trinitrotoluene as determined by biosensor technology. It's potential to be used in diagnostic, research and therapeutic applications.

Specifications

  • Scaffold Name
  • PBP
  • Origin
  • PBP
  • Core Structure
  • α/β (variable)
  • Target
  • Trinitrotoluene
  • Expression Host
  • E. coli
  • Affinity Constant
  • 2 nM
  • Applications
  • ELISA; IHC; Microscopy; FC; WB; FuncS

Target

  • Alternative Names
  • PBP; trinitrotoluene; TNT
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Breast cancer biomarkers at key points during disease progression
Tight Binding To TNT
We were impressed by the 2 nM affinity for trinitrotoluene. This PBP scaffold, developed through rational design, is incredibly specific for the explosive compound, making it ideal for our biosensor development projects aimed at chemical detection.
Breast cancer biomarkers at key points during disease progression
Stable Reagent For Assays
This yellow-colored solid reagent is easy to handle and stable. We have used it in various functional assays to generate charge transfer salts and detect trace amounts of TNT in environmental samples with high accuracy.

Q&As

  1. What technology was used to develop this PBP scaffold?

    A: This PBP that binds trinitrotoluene was isolated from the library using Rational design technology. This approach allows for the engineering of proteins with specific binding properties based on structural knowledge.

  2. What is the affinity of this scaffold for TNT?

    A: After affinity maturation, PBP variants were identified having affinities (KD=2 nM) for trinitrotoluene. This high affinity makes it suitable for detecting the explosive compound in various diagnostic and research applications.

View the frequently asked questions answered by Creative Biolabs Support.

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