Welcome to iGEM 2007!.

Slides:



Advertisements
Similar presentations
Harvard iGEM 2006 Cyanobacterial Oscillator Hetmann Hsieh Jeff Lau Dave Ramos Zhipeng Sun Harvard iGEM 2006 Creating a robust biological oscillating biobrick.
Advertisements

Present and This presentation is for internal use only.
Science, Technology, Engineering, and Math all rolled up into iGEM Ung.igem.org/High_School_Division.
Figure 4.2 from Royal Academy of Engineering report (June, 2009) “What comes to mind when I say ‘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.
Parts.mit.edu iGEM & Synthetic Biology International Genetically Engineered Machine Competition Randy Rettberg igem2007.comparts.mit.edu SB 3.0 Zurich.
Harvard iGEM 2006 Cyanobacterial Oscillator From cyanobacteria......to E. coli Photosynthetic Circadian rhythm Evolved over billions of years Model organism.
Grade 9 (Brevet) Parents Meeting Wednesday, March 20, 2013 Rima Zein.
The Harvard iGEM Team Wiki and The Future of Laboratory Notebooks Kevin Shee 07/08/2007.
Designing, Building, and Using DNA Nanoboxes: - Inside-Outside Specific Protection of Sites - Tiffany Chan - Harvard International Genetically Engineered.
Cling-E. coli : Bacteria on target Harvard iGEM 2007 Ellenor Brown Stephanie Lo Alex Pickett Sammy Sambu Kevin Shee Perry Tsai Shaunak Vankudre George.
Cling-E. coli : Bacteria on target Harvard iGEM 2007 Ellenor Brown Stephanie Lo Alex Pickett Sammy Sambu Kevin Shee Perry Tsai Shaunak Vankudre George.
Department of School Improvement
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.
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.
RMIT University© 1 Health Innovations Research Institute (HIRi) Translating fundamental science into.
Harvard iGEM 2007 Introduction Cling-E. coli : Bacteria on target Harvard iGEM 2007 Ellenor Brown Stephanie Lo Alex Pickett Sammy Sambu Kevin Shee Perry.
Melbourne Uni What is iGEM? International Genetically Engineered Machine competition Started in 2003 within MIT.
Cling-E. coli : Bacteria on target Harvard iGEM 2007 Ellenor Brown Stephanie Lo Alex Pickett Sammy Sambu Kevin Shee Perry Tsai Shaunak Vankudre George.
The iGEM Jamboree at MIT. iGEM teams iGEM teams Princeton Oklahoma ETH Zurich MIT Caltech Toronto Cambridge Texas Penn State Berkeley.
The I nternational G enetically E ngineered M achine competition
Kaifeng Chen Institute for Theoretical Physics Synthetic Biology with Engineering Tools 1 Francis Chen.
Protein delivery: DNA nanostructures and cell-surface targeting Harvard iGEM August 27, 2006.
Cling-E. coli : Bacteria on target Harvard iGEM 2007 Ellenor Brown Stephanie Lo Alex Pickett Sammy Sambu Kevin Shee Perry Tsai Shaunak Vankudre George.
IGEM 2010 European Spring Workshop Evry, Paris, France 12 th & 13 th June 2010.
Harvard iGEM 2006 Cyanobacterial Oscillator From cyanobacteria......to E. coli Photosynthetic Circadian rhythm Evolved over billions of years Model organism.
LAMBERT HIGH SCHOOL.
Cling-E. coli : Bacteria on target Harvard iGEM 2007 Ellenor Brown Stephanie Lo Alex Pickett Sammy Sambu Kevin Shee Perry Tsai Shaunak Vankudre George.
Benefits for Students artistic displaysA chance to create artistic displays oral presentationsIncreases confidence through oral presentations.
Cling-E. coli : Bacteria on target Harvard iGEM 2007 Ellenor Brown Stephanie Lo Alex Pickett Sammy Sambu Kevin Shee Perry Tsai Shaunak Vankudre George.
Department of Crop & Soil Sciences 2015 Spring Faculty Meeting March 9, 2015 Middle Georgia State College Macon, GA.
Cling-E. coli : Bacteria on target Harvard iGEM 2007 Ellenor Brown Stephanie Lo Alex Pickett Sammy Sambu Kevin Shee Perry Tsai Shaunak Vankudre George.
Designing DNA Nanostructures to encapsulate and release proteins iGEM August 21, 2006 Katherine Fifer with Valerie Lau, Matthew Meisel, and Tiffany Chan.
Harvard iGEM 2006 Cyanobacterial Oscillator Hetmann Hsieh Jeff Lau Dave Ramos Zhipeng Sun Harvard iGEM 2006 Creating a robust oscillator BioBrick.
Harvard iGEM 2006 Cyanobacterial Oscillator Hetmann Hsieh Jeff Lau Dave Ramos Zhipeng Sun Harvard iGEM 2006 Creating a robust biological oscillating biobrick.
Year 10 Expectations Evening Science GCSE
2007 Brown iGEM Team 7 undergraduates 7 grad student advisors
Cling-E. coli : Bacteria on target
Joint Program - CTAE and Science Departments
ORISE Information Session
Cling-E. coli : Bacteria on target
13-block rotation schedule
Synthetic Biology, iGEM
Cling-E. coli : Bacteria on target
FMH ANNUAL RESEARCH PRIZES COMPETITION 2016
IGEM 2005 &
Planning Process Strategic Plan Operational Priorities
Cling-E. coli : Bacteria on target
McDonald’s calendar 2007.
Cling-E. coli : Bacteria on target
MSc in Statistical Science Graduate Open Day – 31 October 2018
Cling-E. coli : Bacteria on target
Cling-E. coli : Bacteria on target
iGEM 2010 General Update and Project Ideas
Cling-E. coli : Bacteria on target
Cling-E. coli : Bacteria on target
Cling-E. coli : Bacteria on target
Cling-E. coli : Bacteria on target
Update All Science Pacing Guides have been reviewed and updated
Cling-E. coli : Bacteria on target
Protein delivery: DNA nanostructures and cell-surface targeting
Cyanobacterial Oscillator
PCS Technical Board 27th February 2018, Vienna.
McDonald’s calendar 2007.
2015 January February March April May June July August September
Science is fun. Science is fun. Science is fun. Science is fun. Science is fun. Science is fun. Science is fun. Science is fun. Science is fun. Science.
Presentation transcript:

Welcome to iGEM 2007!

iGEM Goals Use genetic parts to design and build engineered machines Use freely shared, standardized, well-documented parts called biobricks

The iGEM Team 7-10 students • Teaching Fellows Faculty advisors Debra Auguste - DEAS George Church - Genetics, HMS Jagesh Shah - Systems Biology, HMS William Shih - Biological Chemistry & Molecular Pharmacology, HMS Pam Silver - Systems Biology, HMS Alain Viel - MCB Tamara Brenner - Life Sciences Education • Teaching Fellows Nick Guido Mike Strong Harris Wang Bill Senapedis

iGEM History 2003 and 2004 - MIT IAP Project 2004 - 5 teams 2005 - 13 teams (3 countries) 2006 - 37 teams (14 countries) 2007 - ???

iGEM Team Requirements Post regular updates about project on iGEM wiki Freely share all materials created during the competition Make a presentation at the Jamboree Have fun

2007 Schedule for Harvard Team Planning meetings: March - May Project implementation: June - August Lab opens for iGEM: June 11 Official start date: June 18 Weekly group meetings Jamboree: November

Jamboree Usually first weekend in November Oral and poster presentations Prizes for: Grand Prize, runners up Best Part, Best Device, Best System Best Poster, Best Presentation Best Documentation Best Measurement and Part Characterization Best Cooperation and Collaboration Best Real World Application