Difference between revisions of "Team:Glasgow/Attributions"

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<h2>Undergraduate Students</h2>
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<h3>Undergraduate Students</h3>
 
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<li>Katy Baker: Worked on transforming S. thermophilus with BioBrick constructs. Developed Miniprep protocol for purifying plasmid DNA from S. thermophilus. Demonstrated at Glasgow Science Centre. Social media boss.</li>
 
<li>Katy Baker: Worked on transforming S. thermophilus with BioBrick constructs. Developed Miniprep protocol for purifying plasmid DNA from S. thermophilus. Demonstrated at Glasgow Science Centre. Social media boss.</li>
 
<li>Pinja Hartikainen: Created crtEBIY BioBrick compatible construct through a series of gene ligations. Presented at London teams meetup at Westminster.</li>
 
<li>Pinja Hartikainen: Created crtEBIY BioBrick compatible construct through a series of gene ligations. Presented at London teams meetup at Westminster.</li>
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<li>Catriona Watson: Designed RNA extraction experiments for transcriptomics collaboration with Glasgow Polyomics. Demonstrated at Glasgow Science Centre. Created the final design for our mascot, Beta.</li>
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<li>Catriona Watson: Designed RNA extraction experiments for transcriptomics collaboration with Glasgow Polyomics. Demonstrated at Glasgow Science Centre. Created the final design for our mascot, Beta.</li>
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<li>Liam Pollock: Created crtEBIY BioBrick compatible construct. Quantified levels of beta-carotene in E. coli with various native S. thermophilus promoters. Demonstrated at Glasgow Science Centre.</ li>
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<li>Liam Pollock: Created crtEBIY BioBrick compatible construct. Quantified levels of beta-carotene in E. coli with various native S. thermophilus promoters. Demonstrated at Glasgow Science Centre.</li>
 
<li>Matej Vucak: Created and quantified BioBrick constructs for use with S. thermophilus. Carried out Interlab measurements and submission.</li>
 
<li>Matej Vucak: Created and quantified BioBrick constructs for use with S. thermophilus. Carried out Interlab measurements and submission.</li>
 
<li>Deanna van Spall: Isolated the antitoxin Epsilon for potential self-inactivation mechanism. Demonstrated at Glasgow Science Centre.</li>
 
<li>Deanna van Spall: Isolated the antitoxin Epsilon for potential self-inactivation mechanism. Demonstrated at Glasgow Science Centre.</li>
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<h2>Supervisors/Advisors</h2>
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<h3>Supervisors/Advisors</h3>
 
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<ul>
 
<li>Dr Julien Reboud (Lord Kelvin Adam Smith Fellow in Synthetic Biology, Biomedical Engineering, University of Glasgow) Supervisor: Our primary advisor - provided plate reader for fluorescence measurements, gave us useful presentation feedback, and bought us pizza that one time.</li>
 
<li>Dr Julien Reboud (Lord Kelvin Adam Smith Fellow in Synthetic Biology, Biomedical Engineering, University of Glasgow) Supervisor: Our primary advisor - provided plate reader for fluorescence measurements, gave us useful presentation feedback, and bought us pizza that one time.</li>
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<li>Dr Sean Colloms (Lecturer in Synthetic Biology, Institute of Molecular Cell and Systems Biology, University of Glasgow) Supervisor: Our secondary supervisor - Provided advice about molecular biology.</li>
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<li>Dr Sean Colloms (Lecturer in Synthetic Biology, Institute of Molecular Cell and Systems Biology, University of Glasgow) Supervisor: Our secondary supervisor - Provided advice about molecular biology.</li>
 
<li>James Provan - Advisor: Demonstrated lab techniques (multiple times). Showed incredible patience.</li>
 
<li>James Provan - Advisor: Demonstrated lab techniques (multiple times). Showed incredible patience.</li>
 
<li>Mhairi Davidson - Advisor: Provided support with Exeter collaboration and general lab techniques.</li>
 
<li>Mhairi Davidson - Advisor: Provided support with Exeter collaboration and general lab techniques.</li>
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</ul>
 
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<h2>Engineering dudes</h2>
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<h3>Engineering dudes</h3>
 
<ul>
 
<ul>
 
<li>Ewan Russell: for 3D printing our magnificent valve.</li>
 
<li>Ewan Russell: for 3D printing our magnificent valve.</li>
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<h2>General Support</h2>
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<h3>General Support</h3>
 
<ul>
 
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<li>Everyone in the Bower Building, University of Glasgow, for their support over the summer.</li>
 
<li>Everyone in the Bower Building, University of Glasgow, for their support over the summer.</li>
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<h2>Human Practice Support</h2>
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<h3>Human Practice Support</h3>
 
<ul>
 
<ul>
 
<li>Dr John Walls (Research Associate, School of Interdisciplinary Studies, University of Glasgow) Advised on public interest and social sciences</li>
 
<li>Dr John Walls (Research Associate, School of Interdisciplinary Studies, University of Glasgow) Advised on public interest and social sciences</li>
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<h2>Project Support</h2>
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<h3>Project Support</h3>
 
<ul>
 
<ul>
 
<li>Glasgow Polyomics - Performed ten RNAseq experiments in order to distinguish differential gene expression in S. thermophilus based on casein exposure.</li>
 
<li>Glasgow Polyomics - Performed ten RNAseq experiments in order to distinguish differential gene expression in S. thermophilus based on casein exposure.</li>

Revision as of 15:54, 13 October 2016

Glasgow iGEM 2016
Attributions
Slight expansion on why this aspect is important

Undergraduate Students

  • Katy Baker: Worked on transforming S. thermophilus with BioBrick constructs. Developed Miniprep protocol for purifying plasmid DNA from S. thermophilus. Demonstrated at Glasgow Science Centre. Social media boss.
  • Pinja Hartikainen: Created crtEBIY BioBrick compatible construct through a series of gene ligations. Presented at London teams meetup at Westminster.
  • Catriona Watson: Designed RNA extraction experiments for transcriptomics collaboration with Glasgow Polyomics. Demonstrated at Glasgow Science Centre. Created the final design for our mascot, Beta.
  • Liam Pollock: Created crtEBIY BioBrick compatible construct. Quantified levels of beta-carotene in E. coli with various native S. thermophilus promoters. Demonstrated at Glasgow Science Centre.
  • Matej Vucak: Created and quantified BioBrick constructs for use with S. thermophilus. Carried out Interlab measurements and submission.
  • Deanna van Spall: Isolated the antitoxin Epsilon for potential self-inactivation mechanism. Demonstrated at Glasgow Science Centre.
  • Lindsey McKerrell: Designed and created an accessible piece of hardware for solar pasteurisation.
  • Simone Marcigaglia: Designed and created an accessible piece of hardware for solar pasteurisation. Demonstrated at Glasgow Science Centre.
  • Fergus O’Brien: Designed and created an accessible piece of hardware for solar pasteurisation. Presented at London teams meetup at Westminster. Demonstrated at Glasgow Science Centre.
  • Oliver Hawes: Our tech guy. Wiki coding and design.

Supervisors/Advisors

  • Dr Julien Reboud (Lord Kelvin Adam Smith Fellow in Synthetic Biology, Biomedical Engineering, University of Glasgow) Supervisor: Our primary advisor - provided plate reader for fluorescence measurements, gave us useful presentation feedback, and bought us pizza that one time.
  • Dr Sean Colloms (Lecturer in Synthetic Biology, Institute of Molecular Cell and Systems Biology, University of Glasgow) Supervisor: Our secondary supervisor - Provided advice about molecular biology.
  • James Provan - Advisor: Demonstrated lab techniques (multiple times). Showed incredible patience.
  • Mhairi Davidson - Advisor: Provided support with Exeter collaboration and general lab techniques.
  • Dr Steph Holt: Helped with electroporating S. thermophilus when things were looking impossible.

Engineering dudes

  • Ewan Russell: for 3D printing our magnificent valve.
  • Julien’s guy: for 3D printing our more magnificent valve 2.0.
  • Rankine Building Engineering Department: Thanks for the electronics!

General Support

  • Everyone in the Bower Building, University of Glasgow, for their support over the summer.
  • Thanks to the Scottish weather for providing us with one day of sun so we could test our initial solar concentrator.

Human Practice Support

  • Dr John Walls (Research Associate, School of Interdisciplinary Studies, University of Glasgow) Advised on public interest and social sciences
  • Jamie Gallagher (Public Engagement Officer, Research Strategy and Innovation Office, University of Glasgow) Outreach help and advice
  • Melanie Jimenez: Thanks for our super cute video for the Science centre.
  • Glasgow Science Centre, for allowing us to participate in the Meet the Experts event.

Project Support

  • Glasgow Polyomics - Performed ten RNAseq experiments in order to distinguish differential gene expression in S. thermophilus based on casein exposure.
  • Maud Flechard and Pascal Hols: Gifted us with S. thermophilus LMD-9 strain, multiple plasmids, and protocols for working with S. thermophilus
  • iGEM Team Exeter - for providing us with an alternative Kill Switch for our yogurt.
  • Thanks to Zuhair Elgaid, our summer intern, for helping with initial research.
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