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<p class="team_text">Building a model of bacteria-phage interactions in two-step re-sensitisation combining both lysogenic and lytic phages.</p> | <p class="team_text">Building a model of bacteria-phage interactions in two-step re-sensitisation combining both lysogenic and lytic phages.</p> | ||
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− | <a href="https://github.com/csynbiosys/iGEM-Phage-Modelling" class="facebook" target="_blank"><i class="ion-document"></i> Notebook</a> | + | <a href="https://github.com/csynbiosys/iGEM-Phage-Modelling/commits/master" class="facebook" target="_blank"><i class="ion-document"></i> Notebook</a> |
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Revision as of 18:18, 31 October 2017
NOTEBOOK
Below you can find lab notebooks for each member of our team as well as a short description about the particular part of the project this person was involved in.
Filippo Abbondanza
MSc Synthetic Biology & Biotechnology
Engineering the lysogenic lambda phage with a CRISPR system to target resistance gene fragments.
Erin Corbett
MSc Synthetic Biology & Biotechnology
Engineering E. coli to create our mock pathogen testing platform, and engineering the lytic T7 phage.
Yunqi He
MSc Biochemistry
Engineering the lysogenic P1 phage with SpCas9 system to target resistance gene fragments. Due to IP involved, this notebook cannot be shared.
Ti He
MSc Biotechnology
Engineering the lysogenic lambda phage with a CRISPR system to target resistance gene fragments.
Lydia Mapstone
MSc Synthetic Biology & Biotechnology
Engineering E. coli to create our mock pathogen testing platform and engineering the lytic T4 phage using BRED.
Yuri Matsueda
MSc Biotechnology
Engineering the lysogenic P1 phage with a CRISPR system to target resistance gene fragments.
Anton Puzorjov
MSc Bioinformatics
Building a model of bacteria-phage interactions in two-step re-sensitisation combining both lysogenic and lytic phages.
Yating Wang
MSc Drug Discovery & Translational Biology
Engineering the lysogenic phage P1 with a CRISPR system to target resistance gene fragments.
Owen Yeung
MSc Synthetic Biology & Biotechnology
Engineering the lysogenic lambda phage with SpCas9 system to target resistance gene fragments. Due to IP involved, this notebook cannot be shared.