Parts.mit.edu iGEM & Synthetic Biology International Genetically Engineered Machine Competition Randy Rettberg igem2007.comparts.mit.edu SB 3.0 Zurich.

Slides:



Advertisements
Similar presentations
Synthetic Biology Part 1: Introduction Input Output Gene A Gene B Gene C 1.
Advertisements

AbstractAbstract 2006: The Burnt Pancake Problem Acknowledgements Acknowledgements Faculty and undergraduates at Missouri Western State University and.
Present and This presentation is for internal use only.
Synthetic Biology = design and engineering of biological systems that aren’t found in nature Why would we want to do this? - Want to understand natural.
Selected Case Studies. MIT 2006: Engineering bacteria to smell good BSMT wintergreen C. breweriS. cerevisiae ATF1 banana Slides borrowed from the 2006.
Science, Technology, Engineering, and Math all rolled up into iGEM Ung.igem.org/High_School_Division.
Synthetic Biology Lecture 2: Fundamentals of Synthetic Biology.
Synthetic Biology Workshop July 8-10, 2010 A. Malcolm Campbell Biology Laurie J. Heyer Mathematics Todd T. Eckdahl Biology Jeffrey L. Poet Math, CS and.
Synthetic Biology Workshop March 26, 2011 A. Malcolm Campbell Biology Laurie J. Heyer Mathematics Todd T. Eckdahl Biology Jeffrey L. Poet Math, CS and.
IGEM2009 SHORT COURSE Lesson1 Introduction to iGEM and Synthetic Biology.
Synthetic Biology Crash Course DAY ONE. Pre-Assessment 1:00-1:10.
Synthetic Biology and iGEM Cambridge iGEM2007 team 27 July 2007.
George Twaddle Program Chair for Biotechnology Ivy Tech Community College of Indiana – South Bend The Ultimate Inquiry Lessons from the Genetically Engineered.
1 Synthetic Biology: Strategic Alternative Examples Stanford Corporations/industry partners: Energy/Pharma, etc. Foundation activities: Fab and tools/resources.
Virginia iGEM Workshop #1 High School Education Series.
Biobuilder R to teach synthetic biology in high school and early college settings NKuldell and JDixon SynBERC Retreat.
First Institute of Higher Education in Modern China Since 1895 A World-class, Progressive, and Multidisciplinary Research University.
Carving : Nili Sommovilla Lim Lab June 11th, 2007 An Introduction.
Synthetic Biology Presentation by Brown iGEM Team.
IGEM and The Registry Synthetic Biology Genopole Randy Rettberg, Dec. 16, 2010.
SYNBIOLOGY - An Analysis of Synthetic Biology Research in Europe and North America 4,5/4,5 CM SYNBIOLOGY: An Analysis of Synthetic Biology Research in.
OSG - Education, Training and Outreach OpenScienceGrid.org/Education OpenScienceGrid.org/About/Outreach OpenScienceGrid.org/Education OpenScienceGrid.org/About/Outreach.
Back to the Basics Purdue iGEM The Biomakers.
Teaching Students about the Engineering Design Process.
Teaching Students About the Engineering Design Process.
Max Showalter 7. June 2012 Purdue University. Let’s begin at the parts registry homepageparts registry Click On When you get to this webpage, you will.
Biobuilder R to teach synthetic biology in high school and early college settings NKuldell and JDixon SynBERC Retreat.
Welcome to the SEED Collaborative Workshop Tyumen, Siberia, Russia October 9-12, 2006.
 Ethics of Synthetic Biology Nancy Li Bill Jo. About iGEM  iGEM (international genetically engineered machine)  Holds annual competition in Synthetic.
UTACCEL 2010 Adventures in Biotechnology Graham Cromar.
Genetically Engineered H 2 Detector Mississippi State University.
QGEM Queen’s Genetically Engineered Machine Team QGEM: Queen’s Genetically Engineered Machine Team Information Session: Jan 21 st 2009.
IGEM HS 2013 NGSS NEVİN GOKCEK SCIENCE SCHOOL. What is the Syn Bio? Synthetic biology is the design and construction of biological devices and systems.
NGSS TURKEY. What is Syn Bio? Synthetic biology is a field which is the combination of these areas; Biology, Chemistry and Engineering. The first time.
Genetic Circuit Challenge Workshop Thursday 24 Nov 2011 Bentham seminar room 1.
RoSBM Registry of Standard Biological Models Barry Canton (MIT) Vincent Rouilly (Imperial College) Registry Workshop November 2007,Boston.
Workshop Template This is a template presentation which can be adapted for your own school workshop. Try to customise it as much as possible, depending.
Synthetic Biology Risks and opportunities of an emerging field Constructing Life.
Photos in Living Color Purdue University iGEM Team Purdue University iGEM Team.
Working Draft Last Modified 12/09/ :58:38 Romance Standard Time Printed 26/01/ :36:39 Romance Standard Time PARIS INSTITUTE OF TECHNOLOGY Towards.
Core members iGEM Web of registries Based on MIT Registry of Standard Biological Parts (parts.mit.edu)parts.mit.edu Well-characterized, community-rated,
Imperial College iGEM Jamboree MIT – Nov 4th 2006.
Anita Nguyen & Harriet Gliddon.  A good characterisation for a part is: “The minimum amount of information someone needs to reuse the part without any.
Melbourne Uni What is iGEM? International Genetically Engineered Machine competition Started in 2003 within MIT.
Synthetic Biology = design and engineering of biological systems that aren’t found in nature Why would we want to do this? - Want to understand natural.
Manassas Park City Schools.  Manassas Park City Schools is committed to promoting a well-rounded education for all students with an emphasis in the provisions.
The iGEM Jamboree at MIT. iGEM teams iGEM teams Princeton Oklahoma ETH Zurich MIT Caltech Toronto Cambridge Texas Penn State Berkeley.
Abstraction Hierarchy and PoPS  Engineers fabricate things but things sometimes are just too complicated  Engineers like to hide things  In Engineering.
Kaifeng Chen Institute for Theoretical Physics Synthetic Biology with Engineering Tools 1 Francis Chen.
GAMES camp Synthetic Biology and iGEM (International Genetically Engineered Machines)
IGEM 2010 European Spring Workshop Evry, Paris, France 12 th & 13 th June 2010.
Key Concepts of Synthetic Biology & The Central Dogma IGEM Presentation 1 7 th July 09 Dineka Khurmi James magA Field.
Characterization of the Hrp Regulatory System Project 1 of the Imperial iGEM 2007 team.
LAMBERT HIGH SCHOOL.
BioBytes: A high throughput Method for Minimal Genome construction The U of A 2009 iGEM Project:
Standardization in Engineering Parts –Categorization –Community agrees on properties –Characterization of function –Quality control Assembly –Creates efficiencies.
Brown iGEM international genetically engineered machines competition August Update 1/55.
Event Orientation. Introduction to Building with Biology: About the project What is synthetic biology? Conversations with visitors Our Building with Biology.
About synthetic biology, iGEM competition and our project
2007 Brown iGEM Team 7 undergraduates 7 grad student advisors
What is Synthetic Biology?
What is Synthetic Biology
HKUSTers Jean and Winnie
BULGARIAN ENGLISH TEACHERS’ АSSOCIATION
BioBricks.
Virginia iGEM Workshop #2 High School Education Series.
Jamboree presentation
iGEM 2010 General Update and Project Ideas
Welcome to iGEM 2007!.
BULGARIAN ENGLISH TEACHERS’ АSSOCIATION
Presentation transcript:

parts.mit.edu iGEM & Synthetic Biology International Genetically Engineered Machine Competition Randy Rettberg igem2007.comparts.mit.edu SB 3.0 Zurich 6/24/07

parts.mit.edu An Engineering Question Can simple biological systems be built from standard, interchangable parts and operated in living cells? Or, is biology so complex that each case is unique?

parts.mit.edu Education Driving Research

parts.mit.edu International Genetically Engineered Machine Competition 2005 −13 Schools CaltechMITUC Berkeley Cambridge, UKOklahomaUCSF DavidsonPenn StateUT Austin ETH, ZurichPrinceton HarvardToronto, Canada −Sponsored by Microsoft/MIT iCampus

parts.mit.edu iGEM Schools, 33 Teams 450 participants Europe, Canada, Asia, Latin America, US Some EU funding in place iGEM ambassadors for US, Asia, and Europe Jamboree November 4 & 5 Supported by Microsoft Research and iCampus

parts.mit.edu Ege University, Turkey iGEM 2006

parts.mit.edu

parts.mit.edu Meet the Teams

parts.mit.edu iGEM Site Valencia iGEM Site

parts.mit.edu iGEM 2006 Results

parts.mit.edu Sample iGEM Projects  BerkeleyControlled Communications  DavidsonFlipping DNA  HarvardDNA Boxes  ETH ZurichPattern Matching  LjubljanaControlling Sepsis  Chiba JapanLight-Directed Chemotaxis  MississippiHydrogen Gas Detector  MITBanana and Wintergreen Smells  EdinburghArsenic Detector

parts.mit.edu MIT iGEM 2006 eau d’e coli mit igem 2006

The field test device A test tube could contain all the necessary components: Freeze dried bacteria, growth medium, indicator powder, Ampicillin salt, etc … These tubes could then be given to local villagers to monitor their own water quality themselves A good alternative to the widely used Gutzeit method

parts.mit.edu Some Engineering Answers Can simple biological systems be built from standard, interchangable parts and operated in living cells? - YES, SOMETIMES Or, is biology so complex that each case is unique? - NOT ALWAYS

parts.mit.edu

parts.mit.edu Financial Resources Small Sample: $20K8 $30K8 $40K1 $50K4 >$50K2

parts.mit.edu 2008: 100 Schools -> Partition? Geographic Competitions Tracts Health and Medicine Energy and the Environment Parts and Devices Fun and Games Sensors Other iGEM 2007 and Beyond

parts.mit.edu The Impact of iGEM Students Making future synthetic biologists Teaching graceful competition Instructors Opportunities for junior faculty New programs - new ideas A task worth the effort Schools Synthetic biology entering curriculum Energize research programs Synthetic Biology Examples, parts, successes, testamonials

parts.mit.edu Registry of Standard Biological Parts An industry based on standard parts requires catalogues and suppliers of those parts.

parts.mit.edu Registry Registry Parts Catalog

parts.mit.edu Registry Contents 7/2007 Promoters Protein Coding Reporters RNA Terminators Signaling Many project parts 1400 Parts Available as DNA

parts.mit.edu Constitutive Promoters - Berkeley Part Characterization

parts.mit.edu DNA Repository

parts.mit.edu DNA Repository All parts sent to teams Parts are from previous teams

parts.mit.edu Robotic Assembly

parts.mit.edu DNA Synthesis Offer GENEART synthetic DNA offer for iGEM teams All you want at $0.70 per base 100,000 bases total at $0.25 per base About 2000 bases per team for $500 GENEART is a primary sponsor of iGEM

parts.mit.edu New Programs BioBrick Part Program iGEM in Europe Registry in Europe New Registry Workshop Standards Workshop iGEM Steering Committee

parts.mit.edu Standards Device Families Protein : DNA logic Post-translational control RNA-based control Localization Measurement Input and Outputs (PoPS - Polymerase Per Second) Genetic stability Cross-lab consistency Operating Environment Load on the cell Environmental impact on performance Models

parts.mit.edu Sponsors National Science Foundation SynBERC CSBi GENEART Microsoft Research Biological Engineering - MIT

parts.mit.edu Teachers Workshops MIT May 26 th China June Zurich June 27 th Hands-on training Future instructors welcome

parts.mit.edu How can I participate? Organize a team for 2008 Volunteer for the BioBrick parts program. Join the Awards committee Be a judge Have your lab join the Registry Contribute parts to the Registry Use BioBrick part standards Help raise money for teams and ambassadors in your area. Join iGEM committees (see the wiki) Join iGEM in Europe