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Synbio course in Cambridge
10 July 2009
Crash course in Synthetic Biology at the University of Cambridge
Timetable for 2009
Course Assessment
Team Building Exercise
Student participants
Software resources
Lecture materials
Introduction to Synthetic Biolog
y (Jim Ajioka)
Bacterial gene expression (John Archer)
Reporter gene
s (Jim Haseloff)
Experimental Design
(Gos Micklem)
Rhodococcus (John Archer)
Sequencing and Synthesis
(Gos Micklem)
Microbial Diversity
(Keith Johnstone)
Mol Biol for Syn Biol
(Tom Ellis)
Synthetic Parts, Genes & Circuits
(Jim Ajioka and Jim Haseloff)
Stochasticity: Noise in Biological Systems
(Lorenz Wernisch)
Biological Modelling & SBML
(Nicolas Le Novere)
Modelling for Synthetic Biology
(Andrew Phillips)
Quorum Sensing
(Rita Monson)
Bacterial Mobility (Gillian Fraser)
Microfluidics and microdroplets
(Wolfgang Bauer)
Chemotaxis (Dennis Bray)
Morphogenetic bacteria
(Jim Haseloff)
Gram positive bacteria
(Jim Ajioka)
Synthetic Logic
(Gos Micklem)
Anhydrobiosis (AlanTunnacliffe)
Application of Synthetic Biology in plant systems
(Jim Haseloff)
Biomedical applications of Synthetic Biology
(Gos Micklem)
Microbiology 101
:
resources for microbiology assembled by Duncan Rowe
Molecular Biology 101
:
resources for molecular Biology assembled by Duncan Rowe
Lab practicals:
Scent production (Eau d'Coli)
Quantifiying gene expression
Repressilator
Noise
Open source hardware: Arduino lab
Swarming
Bandpass detector circuit
Photosensitive Biofilm
DNA problem solving exercise
Project Reviews & Mini-Talks
Description
Student teams
Presentations
Dragon's Den
Entrepreneurship: a scientist's viewpoint
(Alan Tunnacliffe)
Entrepreneuship: the University and venture capital
(Maher Khaled)
Team pitches