IGEM

iGEM is the international genetically engineered machines competition. The objective of the competition is to design and build an engineered biological system using DNA. Systems will be constructed from standard biological parts. You can read more about last year's competition here.

See iGEM:Help for useful help pages for iGEM teams! Please add to the list.
2012 NRP-UEA-Norwich Paris NYMU 2011 NRP-UEA-Norwich NYMU 2010 Groningen Harvard Imperial Kyoto University UNAM Genomics Mexico Stanford The Citadel UIUC Software USTC USTC Software UC Berkeley METU NYMU 2009 Groningen LCG-UNAM-Mexico Harvard National Yang Ming University 2008 Brown University Caltech Cambridge Chiba University Groningen Harvard HKUSTers Imperial College London Johns Hopkins University Kyoto University Melbourne Mexico UNAM-IPN Michigan MIT National Yang Ming University Nanyang Technological University Newcastle University Peking University Penn State Purdue TU Delft UC Berkeley University of Hawaii University of Warsaw University of Washington Valencia Virginia Tsinghua Cornell University	2007 Brown University Caltech Harvard Imperial MIT NYMU Peking Penn State Tianjin University Tsinghua Turkey Virginia UCSF Davidon/Missouri Western State University 2006 UC Berkeley MIT Harvard Penn State Imperial	Useful pages for inter-team collaboration Start an iGEM lab notebook Use OWW's new lab notebook to organize and share your work over the summer. iGEM Idea exchange -- Post ideas your team didn't decide to use, maybe another team has the expertise/interest to pull it off. iGEM Sidebar -- Add to your Sidebar an iGEM related set of links. Add any generally useful links to that page for iGEM. Helpful tutorials from John Chris Anderson at berkeley Categorized iGEM Projects -- A categorized list with all the iGEM projects Good Lab Citizenship Go over the Do's and Dont's of Good Lab Citizenship Go over the How safe is safe enough: towards best pratices of synthetic biology
Wiki tips To easily add a link to a part's Registry page, use the <bbpart></bbpart> tags. For instance, <bbpart>BBa_R0011</bbpart> gives <bbpart>BBa_R0011</bbpart>.
History iGEM 2009 iGEM 2008 iGEM 2007 iGEM 2006 iGEM 2005 2004 Synthetic Biology Competition MIT IAP 2003 and IAP 2004 projects

===IGEM recent changes=== List of abbreviations: N This edit created a new page (also see list of new pages) m This is a minor edit b This edit was performed by a bot (±123) The page size changed by this number of bytes 15 April 2024      21:45  (Upload log)‎ [Xning098‎ (4×)]       21:45 Xning098 talk contribs uploaded File:Figure 4 Tdesign.png ‎       21:30 Xning098 talk contribs uploaded File:Figure 3 Set-up3.png ‎       21:24 Xning098 talk contribs uploaded File:Figure 2 Set-up1.png ‎       21:09 Xning098 talk contribs uploaded File:Figure 1 electroosmotic flow.png ‎      21:44  The paper that launched microfluidics - Xi Ning‎‎ 7 changes history +5,903‎ [Xning098‎ (7×)]       21:44 (cur | prev) +688‎ Xning098 talk contribs (→‎Separation and quantification)       21:33 (cur | prev) +306‎ Xning098 talk contribs       21:29 (cur | prev) −2‎ Xning098 talk contribs (→‎Electrokinetic effect)       21:28 (cur | prev) −1‎ Xning098 talk contribs (→‎Separation and quantification)       21:27 (cur | prev) +398‎ Xning098 talk contribs (→‎Separation and quantification)       21:24 (cur | prev) +2,812‎ Xning098 talk contribs       21:06 (cur | prev) +1,702‎ Xning098 talk contribs N    18:16  Multilayer Paper Microfluidics - Madyson Redder‎‎ 21 changes history +6,228‎ [Mredder‎ (21×)]       18:16 (cur | prev) +540‎ Mredder talk contribs (→‎Fabrication Methods)       18:07 (cur | prev) +822‎ Mredder talk contribs (→‎Fabrication Methods)       17:58 (cur | prev) +1,223‎ Mredder talk contribs (→‎Fabrication Methods)       17:47 (cur | prev) −47‎ Mredder talk contribs (→‎Motivation for Multilayer Paperfluidics)       17:46 (cur | prev) +2‎ Mredder talk contribs (→‎Advantages)       17:46 (cur | prev) +1,094‎ Mredder talk contribs (→‎Advantages)       17:37 (cur | prev) +24‎ Mredder talk contribs (→‎Materials)       17:37 (cur | prev) +619‎ Mredder talk contribs (→‎Materials)       17:19 (cur | prev) +18‎ Mredder talk contribs (→‎Uses)       17:19 (cur | prev) +7‎ Mredder talk contribs (→‎Uses)       17:18 (cur | prev) −19‎ Mredder talk contribs (→‎Developing Countries and Travel)       17:18 (cur | prev) +15‎ Mredder talk contribs (→‎Uses)       17:16 (cur | prev) 0‎ Mredder talk contribs (→‎Uses)       17:16 (cur | prev) +1,103‎ Mredder talk contribs (→‎Uses)       17:14 (cur | prev) −453‎ Mredder talk contribs (→‎Motivation for Multilayer Paperfluidics)       17:13 (cur | prev) +1‎ Mredder talk contribs (→‎Overview)       17:12 (cur | prev) +273‎ Mredder talk contribs (→‎Overview)       17:08 (cur | prev) −699‎ Mredder talk contribs (→‎Overview)       17:06 (cur | prev) +95‎ Mredder talk contribs       17:04 (cur | prev) +12‎ Mredder talk contribs N     17:03 (cur | prev) +1,598‎ Mredder talk contribs (Created page with "{{Template:CHEM-ENG590E}} Overview 3D polymeric or glass microfluidic devices were created to run tests on small amounts of liquid and receive results in a timely manner. However, these devices are costly and time consuming to produce. A solution to this problem was single-layer paper microfluidic devices. The most common known examples of single-layer paper microfluidic devices are pregnancy tests, COVID-19 antigen tests, and glucose test strips. While these devices a...")      17:02  CHEM-ENG590E:Wiki Textbook‎ diffhist +54‎ Mredder talk contribs (→‎Chapter 7 - Fiber-based Microfluidics)  m   07:22  Paper Microfluidic Device for Archiving Breast Epithelial Cells‎ diffhist +6‎ Sarah L. Perry talk contribs      06:39  Hu‎ diffhist +66‎ Hugangqing talk contribs 14 April 2024      19:57  Microfluidic Gradient Generators - Greg Schneider‎‎ 12 changes history +2,390‎ [Nmhatre‎ (12×)]       19:57 (cur | prev) +50‎ Nmhatre talk contribs (→‎Varying Flowrates and Asymmetrical Geometry)       19:57 (cur | prev) +473‎ Nmhatre talk contribs (→‎Varying Flowrates and Asymmetrical Geometry)       19:56 (cur | prev) −472‎ Nmhatre talk contribs (→‎Nonlinear Gradients)       19:55 (cur | prev) +766‎ Nmhatre talk contribs (→‎Methods For Creating Non-linear Gradients)       18:56 (cur | prev) +51‎ Nmhatre talk contribs (→‎Mathematical Model)       18:56 (cur | prev) +51‎ Nmhatre talk contribs (→‎Induced Charge Electro-Osmosis (ICEO))       18:55 (cur | prev) +187‎ Nmhatre talk contribs (→‎References)       18:51 (cur | prev) +51‎ Nmhatre talk contribs (→‎Modified Gradient Tree with Varying Horizontal Channel Width)       18:51 (cur | prev) +1‎ Nmhatre talk contribs (→‎Modified Gradient Tree with Varying Horizontal Channel Width)       18:50 (cur | prev) +50‎ Nmhatre talk contribs (→‎Modified Gradient Tree with Varying Horizontal Channel Width)       18:49 (cur | prev) −17‎ Nmhatre talk contribs (→‎Modified Gradient Tree with Varying Horizontal Channel Width)       18:49 (cur | prev) +1,199‎ Nmhatre talk contribs (→‎Methods For Creating Non-linear Gradients)      18:49  Cells and Nanoparticles in Flow - Namish Kokkula‎‎ 2 changes history +6,131‎ [Nkokkula‎ (2×)]       18:49 (cur | prev) +121‎ Nkokkula talk contribs       18:39 (cur | prev) +6,010‎ Nkokkula talk contribs      18:48  Upload log Nkokkula talk contribs uploaded File:MarginationSize.jpeg ‎(Reprinted with permission from Namdee, K.; Thompson, A. J.; Charoenphol, P.; Eniola-Adefeso, O. Margination Propensity of Vascular-Targeted Spheres from Blood Flow in a Microfluidic Model of Human Microvessels. Langmuir 2013, 29 (8), 2530–2535. https://doi.org/10.1021/la304746p. Copyright 2013 American Chemical Society.)

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