4. What is Synthetic Biology?
Opportunity for collaboration and dialogue
(COMMUNICATING SCIENCE TO THE PUBLIC)
5. What is iGEM?
• “international Genetically Engineered Machines”
• competition in synthetic biology for undergraduate
students
– @ MIT, Cambridge, USA
Can simple biological systems
– 2004 - present
159
160
140 be built from standard
112
130
no. of teams
120
100
80
interchangeable parts?
84
54
60
40 32
13
20 5
0
2004 2005 2006 2007 2008 2009 2010 2011
year
international regional
6. BioBrick standard
• BioBricks - DNA sequences of defined
structure and function
• introduces engineering principles of
abstraction and standardisation to
synthetic biology
• each reaction leaves the key structural
elements of the component the same
7. cutting DNA using restriction enzymes
= cutting step
ligation using DNA ligase
= pasting step
9. Registry of Standard
Biological Parts
• a growing collection of genetic parts
• for iGEM teams and registered academic
labs
• “get some, give some” philosophy
Kit plates
• distributed in spring to all iGEM teams
• best quality parts from the Registry
• creating new biological systems
10. DNA guided assembly line
biological system for
improving biosyntetic pathways
improved existing parts
added new parts and devices
11. Our experience
Pros Cons
• cloning simplicity • laborious work
• interchangeability • quality of parts
• short parts • long parts
• for amateur biologists • better alternatives on
the way (Gibson assembly)
BioBrick standard: a good entry point for
understanding and doing synthetic biology.
12. SynBio future
BioBricks general
• number of parts and • whole genome
devices synthesis and genome
engineering
• characterisation and
quality • tabletop DNA
synthesisers
• more complex devices
• microorganisms à la
• Registry open to carte
amateur biologists?
• …