Team:Arizona State/Media

From 2012.igem.org

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| valign="top" | <h3>09.09.12 [https://asunews.asu.edu/20121009_igemteam ASU team vying for shot at synthetic biology championship]</h3>
| valign="top" | <h3>09.09.12 [https://asunews.asu.edu/20121009_igemteam ASU team vying for shot at synthetic biology championship]</h3>
: ASU News, Science & Tech. A team of nine Arizona State University students is participating in the premiere student competition in synthetic biology. The ASU squad will be at the America-West Regional Jamboree for iGEM – the international Genetically Engineered Machine competition – at Stanford University, Oct. 12-14.
: ASU News, Science & Tech. A team of nine Arizona State University students is participating in the premiere student competition in synthetic biology. The ASU squad will be at the America-West Regional Jamboree for iGEM – the international Genetically Engineered Machine competition – at Stanford University, Oct. 12-14.
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| valign="top" | [[Image:ASUiGEM2012_News6.png|150px]]<br><br>
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| valign="top" | <h3>09.07.12 [http://inhabitat.com/arizona-state-students-develop-low-cost-biosensor-to-detect-contaminated-drinking-water/ Arizona State Students Develop Low-Cost Biosensor to Detect Contaminated Drinking Water]</h3>
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: Inhabitat.com, Morgana Matus. Nine undergraduates from Arizona State University have made major strides in creating a low-cost biosensor capable of identifying dangerous waterborne pathogens.  Their efforts adressed the iGEM challenge to create a device for use in the field that could be made from standard, interchangeable parts.
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Revision as of 22:43, 22 October 2012


In the News

The ASU iGEM team and our individual members have been featured in these news articles. Our activities are bringing more awareness of iGEM and Synthetic Biology to the Southwest.


ASUiGEM2012 News5.png

10.19.12 Student team wins gold in synthetic biology competition

ASU News, Science & Tech. A team of Arizona State University undergraduates earned a gold medal and a spot in the international championship event for one of the world’s premiere student engineering and science competitions. In addition, the ASU team won the prestigious “Best Human Practices Advance” award.
ASUiGEM2012 News3.png

09.20.12 [http://www.statepress.com/2012/09/20/students-create-biosensor-to-detect-water-contamination Students create biosensor to detect water contamination]

The State Press. ASU students are working to create a biosensor for use in developing countries that can detect disease-causing bacteria in water.
ASUiGEM2012 News2.png

09.14.12 [http://sciencecareers.sciencemag.org/career_magazine/previous_issues/articles/2012_09_14/caredit.a1200103 Must a paper trail be paper?]

Science Careers. Dr. Haynes shares her thoughts about how OpenWetWare notebooks enable open science.
ASUiGEM2012 News1.png

09.10.12 Students create low-cost biosensor to detect contaminated water in developing nations

ASU News, Science & Tech. The ASU team started its research during the summer to prepare for the synthetic biology competition. Its goal is to create a user-friendly, DNA-based biosensor that can detect major pathogens. The low-cost device would be used in the field rather than in a laboratory.
ASUiGEM2012 News4.png

09.09.12 ASU team vying for shot at synthetic biology championship

ASU News, Science & Tech. A team of nine Arizona State University students is participating in the premiere student competition in synthetic biology. The ASU squad will be at the America-West Regional Jamboree for iGEM – the international Genetically Engineered Machine competition – at Stanford University, Oct. 12-14.
ASUiGEM2012 News6.png

09.07.12 [http://inhabitat.com/arizona-state-students-develop-low-cost-biosensor-to-detect-contaminated-drinking-water/ Arizona State Students Develop Low-Cost Biosensor to Detect Contaminated Drinking Water]

Inhabitat.com, Morgana Matus. Nine undergraduates from Arizona State University have made major strides in creating a low-cost biosensor capable of identifying dangerous waterborne pathogens. Their efforts adressed the iGEM challenge to create a device for use in the field that could be made from standard, interchangeable parts.
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