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iGEM2009 SHORT COURSE Lesson1 Introduction to iGEM a nd Synthetic Biology

IGEM2009 SHORT COURSE Lesson1 Introduction to iGEM and Synthetic Biology

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Page 1: IGEM2009 SHORT COURSE Lesson1 Introduction to iGEM and Synthetic Biology

iGEM2009 SHORT COURSE

Lesson1

Introduction to iGEM and Synthetic Biology

Page 2: IGEM2009 SHORT COURSE Lesson1 Introduction to iGEM and Synthetic Biology

什麼是合成生物學 ??

Synthetic biology is an emerging area of research that can broadly be described as - the design and construction of novel artificial biological pathways, organisms or devices, or -the redesign of existing natural biological systems.

YM-Bioinfo

What is Synthetic Biology?

Page 3: IGEM2009 SHORT COURSE Lesson1 Introduction to iGEM and Synthetic Biology

1. 傳統的生物學 Reverse engineering: Taking apart sequenced whole genomes through cross-genome comparison to see how they work.

2. 合成生物學 Forward engineering: Design and build engineered biological systems to test biological hypothesis.

Engineering approaches to the study of biological sciences

Page 4: IGEM2009 SHORT COURSE Lesson1 Introduction to iGEM and Synthetic Biology
Page 5: IGEM2009 SHORT COURSE Lesson1 Introduction to iGEM and Synthetic Biology

A Robot Building Kit

Page 6: IGEM2009 SHORT COURSE Lesson1 Introduction to iGEM and Synthetic Biology
Page 7: IGEM2009 SHORT COURSE Lesson1 Introduction to iGEM and Synthetic Biology

SystemsParts & Fabrication

Design

Tools Registries

Synthesis

Measurement

QuickTime™ and aVideo decompressor

are needed to see this picture.

Applications

The Goal

Page 8: IGEM2009 SHORT COURSE Lesson1 Introduction to iGEM and Synthetic Biology

8

什麼是 iGEM??

It is an abbreviation of the "international Genetically Engineered Machine" competition.

It is organized by Massachusetts Institute of Technology

It is a Synthetic Biology competition of students.

The objective of iGEM competition is to imagine, engineer, and assemble an engineered biological system using DNA parts.

the completed project will then be presented at iGEM jamboree in Boston in November.

Page 9: IGEM2009 SHORT COURSE Lesson1 Introduction to iGEM and Synthetic Biology

Timeline

2003 MIT class

2004 MIT class

2004 Synthetic Biology Competition(5 teams, 1 country)

iGEM 2005 (13 teams, 4 countries)

iGEM 2006 (37 teams, 15 countries)

iGEM 2008(85 teams registered,

24 countries)

iGEM 2007 (54 teams, 19 countries)

iGEM 2007 (54 teams, 19 countries)We are Here!!

Page 10: IGEM2009 SHORT COURSE Lesson1 Introduction to iGEM and Synthetic Biology
Page 11: IGEM2009 SHORT COURSE Lesson1 Introduction to iGEM and Synthetic Biology

BioBrick is a standard for inter-changable parts, developed to build biological systems in living cell

Biobrick

Page 12: IGEM2009 SHORT COURSE Lesson1 Introduction to iGEM and Synthetic Biology

Standard Vector

Page 13: IGEM2009 SHORT COURSE Lesson1 Introduction to iGEM and Synthetic Biology

Biobrick ligation

Page 14: IGEM2009 SHORT COURSE Lesson1 Introduction to iGEM and Synthetic Biology

Biobrick ligation

Page 15: IGEM2009 SHORT COURSE Lesson1 Introduction to iGEM and Synthetic Biology

Biobricks for Synthetic Biology

YM-Bioinfo

Page 16: IGEM2009 SHORT COURSE Lesson1 Introduction to iGEM and Synthetic Biology

Promoter

RBS (Ribosome Binding Sites)

Protein coding sequence

Protein tags and modifiers

Reporter

Inverter

Terminator

Primer

http://partsregistry.org/Catalog

Page 17: IGEM2009 SHORT COURSE Lesson1 Introduction to iGEM and Synthetic Biology

Single promoter, single gene

Single promoter, single reporter

Single promoter with fusion protein

Multi-promoter, multi-gene

Page 18: IGEM2009 SHORT COURSE Lesson1 Introduction to iGEM and Synthetic Biology
Page 19: IGEM2009 SHORT COURSE Lesson1 Introduction to iGEM and Synthetic Biology

Wiki

• A wiki is a web application that allows users to add content, as on an Internet forum, but also allows anyone to edit the content.

• Wiki also refers to the collaborative software used to create such a website

Page 20: IGEM2009 SHORT COURSE Lesson1 Introduction to iGEM and Synthetic Biology

Feature of Wiki

• Allow users to free create and edit web page content using any web browser

• Allow a user to add content, like Internet forum, but the content to be edited by any other user

• Supports hyperlinks

• Can create new pages and crosslink between internal pages

Page 21: IGEM2009 SHORT COURSE Lesson1 Introduction to iGEM and Synthetic Biology

• IGEM 官方 WIKI

• 2008 公開 WIKI

• 2008 內部 WIKI(CRAZY IDEA)

Page 22: IGEM2009 SHORT COURSE Lesson1 Introduction to iGEM and Synthetic Biology

Brainstorming

• Focus on quantity

• No criticism

• Unusual ideas are welcome

• Combine and improve ideas

Page 23: IGEM2009 SHORT COURSE Lesson1 Introduction to iGEM and Synthetic Biology

Structure of research proposal

• Motivation

• Goal and specific aims

• Introduction

• Materials and methods

• Anticipated results

• Discussions

• Conclusions