Team:Washington/Accomplishments

From 2009.igem.org

(Difference between revisions)
(Characterized existing BioBrick Parts and documented this information on the Registry. [https://2009.igem.org/Team:Washington/Project/])
(Synthesized and BioBricked type I secretion system from Erwinia Chrysanthemi)
Line 20: Line 20:
=== Synthesized and BioBricked type I secretion system from Erwinia Chrysanthemi ===
=== Synthesized and BioBricked type I secretion system from Erwinia Chrysanthemi ===
 +
*[https://2009.igem.org/Team:Washington/Project/Secretion Find these in our wiki]
*[http://partsregistry.org/wiki/index.php/Part:BBa_K215107 BBa_K215107], Type I secretion system from Erwinia Chrysanthemi, constitutive expression, low copy, STRONG PROMOTER
*[http://partsregistry.org/wiki/index.php/Part:BBa_K215107 BBa_K215107], Type I secretion system from Erwinia Chrysanthemi, constitutive expression, low copy, STRONG PROMOTER
*[http://partsregistry.org/wiki/index.php/Part:BBa_K215107 BBa_K215107], Type I secretion system from Erwinia Chrysanthemi, constitutive expression, low copy, MEDIUM PROMOTER
*[http://partsregistry.org/wiki/index.php/Part:BBa_K215107 BBa_K215107], Type I secretion system from Erwinia Chrysanthemi, constitutive expression, low copy, MEDIUM PROMOTER

Revision as of 20:48, 18 October 2009

Uw title logo.png



Accomplished

Demonstrated that at least one new BioBrick Part of our own design works as expected

  • BBa_K215000 Target Expression Vector - expresses a favorite protein fused to streptavidin-binding Nano-Tag, secretion tag that directs export of the protein, and a His tag - all tags are removable by incubation with TEV protease. Find this in our wiki
  • BBa_K215091 Expresses OpdA, a nerve agent-degrading enzyme. Find this in our wiki
  • BBa_K215000 Protein Expression Vector - when IPTG-induced, expresses a protein with strong promoter and RBS (a good combination of BioBricks not previously found int he Registry). Find this in our wiki

Characterized existing BioBrick Parts and documented this information on the Registry

  • Find these in our wiki
  • BBa_J36848 2006 Harvard iGEM Streptavidin Cell Surface Display Construct - monomeric streptavidin, one OmpA transmembrane helix
  • BBa_J36849 2006 Harvard iGEM Streptavidin Cell Surface Display Construct - dimeric streptavidin, one OmpA transmembrane helix
  • BBa_J36850 2006 Harvard iGEM Streptavidin Cell Surface Display Construct - monomeric streptavidin, five OmpA transmembrane helices
  • BBa_J36851 2006 Harvard iGEM Streptavidin Cell Surface Display Construct - dimeric streptavidin, five OmpA transmembrane helices

Synthesized and BioBricked type I secretion system from Erwinia Chrysanthemi

  • Find these in our wiki
  • BBa_K215107, Type I secretion system from Erwinia Chrysanthemi, constitutive expression, low copy, STRONG PROMOTER
  • BBa_K215107, Type I secretion system from Erwinia Chrysanthemi, constitutive expression, low copy, MEDIUM PROMOTER
  • BBa_K215107, Type I secretion system from Erwinia Chrysanthemi: constitutive expression, low copy, WEAK PROMOTER

Developed assay to quantify protein secretion

  • [1] See Project Page: Secretion

Develop new modular surface display system

Computationally design novel Biotin-binding protein using Rosetta

Gain real-world synthetic biology experience

BioBricks

Target Vector

Target structure.png

BBa_K215002 Is a BioBrick part that was made to work in conjunction with the Secretion System (BBa_K215107). When used it creates a fusion protein, that contains the prtB secretion signal recognized by the secretion system. It also fuses to the protein a nano-tag that is able to bind Streptavidin, TEV protease site (for isolating your protein from the fusion) and Histidine Epitote Tags for easy protein purification.

  • Current Status: Complete





Secretion System



Secretion structure.png

BBa_K215107 Is a BioBrick version of the Type 1 secretion system of Erwinia Chrysanthemi. It secretes proteins that contain the prtB C-terminus Epitote tag. To create a fusion protein with the prtB tag see BBa_K215002.

  • Current Status: In progress





Display System



Display structure.png

BBa_K215200 is a Display vector that will allow for the presentation of any protein onto the surface of a cell by fusing the protein to Outer Membrane Protein A (OMPA). The fusion protein contains a GS peptide linker to space the displayed protein away from the outer membrane and also contains a TEV protease site to allow for purification of the displayed protein.

  • This Part is composed of:
    • BBa_K215201: Display Vector with 5 trans-membrane OMPA
    • BBa_K215250: Coding Sequence for fusion protein scaffold, 1 trans-membrane OMPA
    • BBa_K215251: Coding Sequence for fusion protein scaffold, 5 trans-membrane OMPA


  • Current Status: In progress





Quick overview of what was done and the status of everyting. Maybe 3 paragraphs (display, secretion, conclusions)