Team:INSA-Lyon/DataPage

• 

• PROJECT

  • 
    PROJECT
  • PROJECT SUMMARY
  • ACHIEVEMENTS

• WETLAB

  • 
    WETLAB
  • WETLAB SUMMARY
  • RESULTS
  • NOTEBOOK
  • PROTOCOLS
  • DATA PAGE

• MODELING

  • 
    MODELING
  • MODELING SUMMARY
  • MOLECULAR MODELISATION
  • CURLI SYNTHESIS
•   HUMAN PRACTICE
  • 
    HUMAN
    PRACTICE
  • HUMAN PRACTICE SUMMARY
  • SYNBIO PERCEPTION
  • PROJECT'S INTEREST

• TEAM

  • 
    TEAM
  • MEMBERS & ATTRIBUTIONS
  • SPONSORS
  • PARTNERSHIPS
  • HAVE FUN WITH IGEM
  • GALLERY

DATA PAGE

Data for our favorite new parts

1.Main page - P70-csgA, Wild-type csgA under control of the short curli promoter, BBa_K1404006. This part enables the production curlis, promoting biofilm formation.

2.Main page - P70-csgA-His,single His-tagged csgA under control of the short curli promoter, BBa_K1404007. This part enables the production curlis, promoting biofilm formation, and the single His tag improves nickel capture

3.Main page - P70-csgA-His2, double His-tagged csgA under control of the short curli promoter, BBa_K1404008. This part enables the production curlis, promoting biofilm formation, and the double His tag further improves nickel capture compared to K1404007.

Data for pre-existing parts

1.Main page - P70, short curli promoter , BBa_K342000. We characterised the expression of the short curli promoter deposited on the registry and compared it with the full curli intergenic region

We've also characterized the following parts

These parts are a continuation of the iGEM 2011 "Cobalt buster" project

1.Main page - Ptac-NiCoTB-rcn-csgBAEFG, device transforming E. coli into a nickel and cobalt biofilter, BBa_K1404001. This part increases the internalization of cobalt and nickel and promotes biofilm formation

2.Main page - Ptac-NiCoTB, constitutive nickel and cobalt transporter generator, BBa_K1404002. This part increases the internalization of cobalt and nickel