using multi chromatic light
play

Using Multi-chromatic Light McMaster University Hamilton, Ontario, - PowerPoint PPT Presentation

` Automating Protein Production Using Multi-chromatic Light McMaster University Hamilton, Ontario, Canada Visit Our Wiki 2015.igem.org/Team:Hamilton_McMa ster All of the designs, constructs, and experiments presented in this poster were


  1. ` Automating Protein Production Using Multi-chromatic Light McMaster University Hamilton, Ontario, Canada Visit Our Wiki 2015.igem.org/Team:Hamilton_McMa ster All of the designs, constructs, and experiments presented in this poster were performed by the students of the 2015 Hamilton McMaster University team. Poster and Wiki design by Kushal Panchal.

  2. ` Who are we? Visit Our Wiki 2015.igem.org/Team:Hamilton_McMa ster All of the designs, constructs, and experiments presented in this poster were performed by the students of the 2015 Hamilton McMaster University team. Poster and Wiki design by Kushal Panchal.

  3. ` How do we improve or build on current biological protein expression systems? Visit Our Wiki 2015.igem.org/Team:Hamilton_McMa ster All of the designs, constructs, and experiments presented in this poster were performed by the students of the 2015 Hamilton McMaster University team. Poster and Wiki design by Kushal Panchal.

  4. ` Recombinant Protein Expression Visit Our Wiki 2015.igem.org/Team:Hamilton_McMa ster All of the designs, constructs, and experiments presented in this poster were performed by the students of the 2015 Hamilton McMaster University team. Poster and Wiki design by Kushal Panchal.

  5. ` Recombinant Protein Expression Visit Our Wiki 2015.igem.org/Team:Hamilton_McMa ster All of the designs, constructs, and experiments presented in this poster were performed by the students of the 2015 Hamilton McMaster University team. Poster and Wiki design by Kushal Panchal.

  6. ` Gene Induction Gene expression controlled by the addition of an inducer Advantages Disadvantages • Straightforward • Requirement to make or • Well characterized purchase the chemical • Controlled • Non-reversable • Human intervention • Install expensive automated fluidic systems How do we make gene induction easier and more efficient? Visit Our Wiki 2015.igem.org/Team:Hamilton_McMa ster All of the designs, constructs, and experiments presented in this poster were performed by the students of the 2015 Hamilton McMaster University team. Poster and Wiki design by Kushal Panchal.

  7. ` Light-Inducible Systems Phytochromes and Cyanobacteriochromes • Within plants and cyanobacteria like Synechocystis PCC6803 • Tabor et. al (2011) have demonstrated two cases Transforms external light stimulus into a transcriptional response Phosphotransfer Phytochrome Interior Exterior Visit Our Wiki 2015.igem.org/Team:Hamilton_McMa ster All of the designs, constructs, and experiments presented in this poster were performed by the students of the 2015 Hamilton McMaster University team. Poster and Wiki design by Kushal Panchal.

  8. ` Recombinant Protein Expression Visit Our Wiki 2015.igem.org/Team:Hamilton_McMa ster All of the designs, constructs, and experiments presented in this poster were performed by the students of the 2015 Hamilton McMaster University team. Poster and Wiki design by Kushal Panchal.

  9. ` Cell Lysis Mechanical (French press, sonication, freeze-thaw) Chemical (detergents, alkaline lysis) Biological (lysozyme) Exist and work and serve their purpose, but: • Costly • Contaminate • Denature • Some are not applicable to all cells • Human intervention How do we make cell lysis more ubiquitous and effective? Visit Our Wiki 2015.igem.org/Team:Hamilton_McMa ster All of the designs, constructs, and experiments presented in this poster were performed by the students of the 2015 Hamilton McMaster University team. Poster and Wiki design by Kushal Panchal.

  10. ` Viral Holin and Endolysin • Utilized by viruses during Peptidoglycan replication Endolysin Holin • Forms holes in membrane, leading to:  Depolarization  Release of endolysin Visit Our Wiki 2015.igem.org/Team:Hamilton_McMa ster All of the designs, constructs, and experiments presented in this poster were performed by the students of the 2015 Hamilton McMaster University team. Poster and Wiki design by Kushal Panchal.

  11. ` Project Design Visit Our Wiki 2015.igem.org/Team:Hamilton_McMa ster All of the designs, constructs, and experiments presented in this poster were performed by the students of the 2015 Hamilton McMaster University team. Poster and Wiki design by Kushal Panchal.

  12. ` Plasmid Design – Chromophore pSB1A3: AmpR Backbone BBa_I0500: pBad/araC BBa_I15008: ho1 Bba_I5009: pcya Visit Our Wiki 2015.igem.org/Team:Hamilton_McMa ster All of the designs, constructs, and experiments presented in this poster were performed by the students of the 2015 Hamilton McMaster University team. Poster and Wiki design by Kushal Panchal.

  13. ` Plasmid Design – Red pSB1K3: KanR Backbone Bba_I14018: p(Bla) BBa_K592018: cph8 BBa_K769001: PompC-GFP Visit Our Wiki 2015.igem.org/Team:Hamilton_McMa ster All of the designs, constructs, and experiments presented in this poster were performed by the students of the 2015 Hamilton McMaster University team. Poster and Wiki design by Kushal Panchal.

  14. ` Plasmid Design – Green pSB1C3: CamR Backbone Bba_I14018: p(Bla) PCR’s from pJT122 : ccaS PCR’s from pJT122 : ccaR PCR’s from pJT122 : PcpcG2 BBa_K112000: T4Holin Bba_L112806: T4Endolysin Visit Our Wiki 2015.igem.org/Team:Hamilton_McMa ster All of the designs, constructs, and experiments presented in this poster were performed by the students of the 2015 Hamilton McMaster University team. Poster and Wiki design by Kushal Panchal.

  15. ` Tabor et al., 2011 Visit Our Wiki 2015.igem.org/Team:Hamilton_McMa ster All of the designs, constructs, and experiments presented in this poster were performed by the students of the 2015 Hamilton McMaster University team. Poster and Wiki design by Kushal Panchal.

  16. ` Methodologies BL21 Visit Our Wiki 2015.igem.org/Team:Hamilton_McMa ster All of the designs, constructs, and experiments presented in this poster were performed by the students of the 2015 Hamilton McMaster University team. Poster and Wiki design by Kushal Panchal.

  17. ` Methodologies Visit Our Wiki 2015.igem.org/Team:Hamilton_McMa ster All of the designs, constructs, and experiments presented in this poster were performed by the students of the 2015 Hamilton McMaster University team. Poster and Wiki design by Kushal Panchal.

  18. ` Results – p(bad)-ho1 (S1PC) Ladder S1PC S1PC S1PC 5000bp 2000bp 1000bp 500bp Visit Our Wiki 2015.igem.org/Team:Hamilton_McMa ster All of the designs, constructs, and experiments presented in this poster were performed by the students of the 2015 Hamilton McMaster University team. Poster and Wiki design by Kushal Panchal.

  19. ` Results – p(bad)-ho1 Successful transformation of completed gene section Sequence verification via MOBIX Visit Our Wiki 2015.igem.org/Team:Hamilton_McMa ster All of the designs, constructs, and experiments presented in this poster were performed by the students of the 2015 Hamilton McMaster University team. Poster and Wiki design by Kushal Panchal.

  20. ` Results – Enzymes & Buffers Digestions stopped working: Parallel tests to resolve C.S. 3.1 C.S. 3.1 C.S. 3.1 C.S. 3.1 Buffer Ladder E&S E&S E&P E&P X&S X&S X&P X&P Enzymes for cut sites CutSmart worked NEB 3.1 did not work Visit Our Wiki 2015.igem.org/Team:Hamilton_McMa ster All of the designs, constructs, and experiments presented in this poster were performed by the students of the 2015 Hamilton McMaster University team. Poster and Wiki design by Kushal Panchal.

  21. ` Results – PCR with overhang • Parts required for light sensitivity • Not available on campus • 3 genes were PCR’d out of a cassette (Addgene): Pcpcg2 (~300 bp) ccaS (~2’000 bp) ccaR (~700 bp) • Overhangs of E, X, S, and P, cut sites were introduced using primer design Pending submission to iGEM as new BioBrick Visit Our Wiki 2015.igem.org/Team:Hamilton_McMa ster All of the designs, constructs, and experiments presented in this poster were performed by the students of the 2015 Hamilton McMaster University team. Poster and Wiki design by Kushal Panchal.

  22. ` Results – Progress Report Progress • Constructed majority of Chromophore plasmid • Learned, invested into team education • PCR’d parts with BioBrick compatibility Resolved Difficulties Starting late in the year ✔ • Digestions ✔ • Visit Our Wiki 2015.igem.org/Team:Hamilton_McMa ster All of the designs, constructs, and experiments presented in this poster were performed by the students of the 2015 Hamilton McMaster University team. Poster and Wiki design by Kushal Panchal.

  23. ` Hardware Simple by design – prototype developed Visit Our Wiki 2015.igem.org/Team:Hamilton_McMa ster All of the designs, constructs, and experiments presented in this poster were performed by the students of the 2015 Hamilton McMaster University team. Poster and Wiki design by Kushal Panchal.

  24. ` Hardware 1. Box encloses shaker within incubator Visit Our Wiki 2015.igem.org/Team:Hamilton_McMa ster All of the designs, constructs, and experiments presented in this poster were performed by the students of the 2015 Hamilton McMaster University team. Poster and Wiki design by Kushal Panchal.

  25. ` Hardware 2. Far red light (705nm) induces POI production Visit Our Wiki 2015.igem.org/Team:Hamilton_McMa ster All of the designs, constructs, and experiments presented in this poster were performed by the students of the 2015 Hamilton McMaster University team. Poster and Wiki design by Kushal Panchal.

Download Presentation
Download Policy: The content available on the website is offered to you 'AS IS' for your personal information and use only. It cannot be commercialized, licensed, or distributed on other websites without prior consent from the author. To download a presentation, simply click this link. If you encounter any difficulties during the download process, it's possible that the publisher has removed the file from their server.

Recommend


More recommend