Team:NCHU Taichung/Composite Part

Composite Part

Part name Type Description Length
BBa_K3830012 Composite PQQ 3777 bp
BBa_K3830016 Composite xynC 2070 bp
BBa_K3830017 Composite celK 2898 bp
BBa_K3830018 Composite celA 1646 bp
BBa_K3830019 Composite cipA 5775 bp

Introduction

  • Name: PQQ BBa_K3830012
  • Short description:pET28-A inserted with pqqA, pqqB, pqqC, pqqD, pqqE, f1 ori, T7 terminator and pr promoter.
  • Long description:The purification of PQQ compound is very difficult.The concentration of PQQ secrete from bacteria may too low to be detected by HPLC.However, We found that the OD value in the log phase and the stationary phase of Bacillus subtilis RM125/PQQ raise. We conducted plasmid extraction and PCR to verify that the PQQ plasmid was successfully transferred into Bacillus subtilis RM125.

  • Name: xynC BBa_K3830016
  • Short description: pGET-118 inserted with xynC, T7 terminator and pr promoter
  • Long description: we use this plasmid to degrade hemicellulose at the non-reducing end and we inserted pr promoter to enhance the express of this plasmid

  • Name: celK BBa_K3830017
  • Short description: pGET-118 inserted with celK, T7 terminator and pr promoter
  • Long description: we use this plasmid to hydrolyze the reducing or non-reducing end to xylan disaccharide and we inserted pr promoter to enhance the express of this plasmid

  • Name: celA BBa_K3830018
  • Short description: pGET-118 inserted with celA, T7 terminator and pr promoter
  • Long description: we use this plasmid to hydrolyze the β-1,4 bond by producing a new reduction end at the loosely arranged amorphous region then make the new reducing end at long chain molecule and we inserted pr promoter to enhance the express of this plasmid

  • Name: cipA BBa_K3830019
  • Short description: pGET-118 inserted with cipA, T7 terminator and pr promoter
  • Long description: we use this plasmid to promotes binding of cellulose to the catalytic domains of the cellulolytic enzymes and we inserted pr promoter to enhance the express of this plasmid.