French Lab: Difference between revisions

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This site is under construction. This is the version of 22 May 2007.
Version: 15 October 2015


===Projects===
===Current Projects===
*Magnetic bacteria: Jen Bell
*Combinatorial assembly of gene cassettes for cellulose degradation: Dr. Chao-Kuo Liu
*Magnetic bacteria: Dzianis Trubitsyn
*Conversion of green algal polysaccharides to biofuels: Alejandro Salinas-Vaccaro
*Conventional whole cell biosensors: Chris French
*Enzyme engineering for cellulose degradation: Kwabena Duedu
*'Bacillosensors': Chris French and Lucy Montgomery
*Artifical consortia for conversion of biomass to useful products: Craig Munns
*Synthetic biology-based biosensors: Chris French, Xiaonan Wang, Nimisha Joshi
*Arsenic Biosensor Consortium: Dr. David Radford
*Phytoremediation: Chris French
*Novel biosensor formats: Jan Oltmanns
*Thiocyanate degradation: Chris French
*Biosensors for use in developing nations: Chris Nwanko
*Flavin-dependent monooxygenases: Peter Wilson
*Novel approaches to radiotherapy using engineered proteins: Dr. Jon Stanley
*Markerless genome editing in E. coli and related bacteria: Kuan Meng (Evan) Lee
 
===Recent Projects===
*Novel methods for DNA assembly: PaperClip: Dr. Maryia Trubitsyna
*Rapid electrical detection of bacterial growth: Uros Zupancic
*A synthetic model system for biosynthesis of starch-like polysaccharides: Joe White
 
===Old Projects===
*[[Cfrench:hemtoppage|Bacteriohemerythrins]]: C. French
*[[Cfrench:hemtoppage|Bacteriohemerythrins]]: C. French
===Protocols===
*[[Cfrench:BioBrickVectors1|Making a broad host range BioBrick vector]]: Edinburgh iGEM2007 team and C. French
 
===Outreach===
*[[Cfrench:ScienceFiction|1. Portrayal of Scientists in Science Fiction]]
 
===Workshops===
*[[Cfrench:CaseStudy1|Synthetic Biology Case Study 1: development of an arsenic biosensor]]
*[[Cfrench:CaseStudy2|Synthetic Biology Case Study 2: development of processes for bioconversion of cellulosic materials]]
 
===Biobrick Protocols===
*[[Cfrench:bbprimerdesign|1. Primer Design]]
*[[Cfrench:PfuPCR|2. Cloning parts by PCR with Pfu polymerase]]
*[[Cfrench:KodPCR|2b. Cloning parts by PCR with Kod polymerase]]
*[[Cfrench:AGE|3. Agarose Gel Electrophoresis]]
*[[Cfrench:DNAPurification1|4. Purifying a PCR product from solution]]
*[[Cfrench:bbcloning|5. Cloning a PCR product into a biobrick vector]]
*[[Cfrench:compcellprep1|6. Preparing and using competent E. coli cells]]
*[[Cfrench:PCRScreening|7. Screening colonies by PCR]]
*[[Cfrench:minipreps1|8. Plasmid DNA minipreps]]
*[[Cfrench:maxipreps1|8b. Plasmid DNA maxipreps]]
*[[Cfrench:restriction1|9. Analytical restriction digests]]
*[[Cfrench:bbcombining1|10. Combining two biobricks to make a new biobrick]]
*[[Cfrench:addingrbs|11. Adding a ribosome binding site to a biobrick coding sequence]]
*[[Cfrench:BALTIC|12. BALTIC: a new method for combining standard BioBricks]]
*[[Cfrench:MABEL|13. MABEL: a fast easy method for removing unwanted restriction sites]]
*14. BABEL: a new method for generating BioBricks without restriction digests.
 
===Other Protocols===
*Growth of E. coli
*Growth of E. coli
*Growth of B. subtilis
*Growth of B. subtilis
*[[Cfrench:BacTrans1|Transforming ''Bacillus subtilis'']]
*[[Cfrench:BacTrans2|Transforming ''Bacillus subtilis'' - 2]]
*[[Cfrench:minipreps1|Plasmid DNA minipreps]]
*[[Cfrench:minipreps1|Plasmid DNA minipreps]]
*Restriction digests
*Restriction digests
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*Cloning of PCR products
*Cloning of PCR products
*Preparation of cell extracts
*Preparation of cell extracts
*Protein Assay
*[[Cfrench:ProteinAssay|Protein Assay]]
*[[Cfrench:sdspage1|SDS-PAGE]]
*[[Cfrench:sdspage1|SDS-PAGE]]
*Native-PAGE
*Native-PAGE
*Enrichment and growth of environmental bacteria
*Enrichment and growth of environmental bacteria
*Identification of bacteria
*[[Cfrench:IdentifyingBacteria|Identification of bacteria]]
*[[Cfrench:gramstain|Gram stain]]
*[[Cfrench:gramstain|Gram stain]]
*[[Cfrench:glycerol|Making glycerol stocks]]
*[[Cfrench:anthrone|Assaying polysaccharides with the anthrone assay]]
*[[Cfrench:Sporulation|Production of ''B. subtilis'' endospores]]
===Lab information===
[[Cfrench:primerlist|Catalog of primers]]
===Safety Information===
===Safety Information===
[[Cfrench:toxiclist|Hazardous chemicals list]]
[[Cfrench:toxiclist|Hazardous chemicals list]]
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[http://www.biology.ed.ac.uk/people/homepage.php?id=cfrench SBS page]
[http://www.biology.ed.ac.uk/people/homepage.php?id=cfrench SBS page]
The 29 November 2006 page can be found [http://openwetware.org/wiki/Cfrench:labtoppage/ here]


[http://www.ed.ac.uk/ University of Edinburgh.]  
[http://www.ed.ac.uk/ University of Edinburgh.]  

Latest revision as of 14:03, 15 October 2015

Lab banner
Lab banner

Version: 15 October 2015

Current Projects

  • Combinatorial assembly of gene cassettes for cellulose degradation: Dr. Chao-Kuo Liu
  • Conversion of green algal polysaccharides to biofuels: Alejandro Salinas-Vaccaro
  • Enzyme engineering for cellulose degradation: Kwabena Duedu
  • Artifical consortia for conversion of biomass to useful products: Craig Munns
  • Arsenic Biosensor Consortium: Dr. David Radford
  • Novel biosensor formats: Jan Oltmanns
  • Biosensors for use in developing nations: Chris Nwanko
  • Novel approaches to radiotherapy using engineered proteins: Dr. Jon Stanley
  • Markerless genome editing in E. coli and related bacteria: Kuan Meng (Evan) Lee

Recent Projects

  • Novel methods for DNA assembly: PaperClip: Dr. Maryia Trubitsyna
  • Rapid electrical detection of bacterial growth: Uros Zupancic
  • A synthetic model system for biosynthesis of starch-like polysaccharides: Joe White

Old Projects

Outreach

Workshops

Biobrick Protocols

Other Protocols

Lab information

Catalog of primers

Safety Information

Hazardous chemicals list

Other links

C. French main page

Bacteriology page

SBS page

University of Edinburgh.