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Links 1 through 10 of 72 by Charlie Schick tagged synthbio

I just backed Glowing Plants on @Kickstarter #synthbio #ftw http://t.co/lrZsrAiXcq

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Integrated Electromicrobial Conversion of CO2 to Higher Alcohols http://t.co/D45U1kr7 #interesting #fuel #synthbio

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Rational diversification of a yeast promoter providing fine-tuned expression and regulation for #synthbio http://t.co/SqL8mSkJ

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General metabolic platform in E. coli to biosynthesize carboxylic acids for manufacture of apliphatic ketones http://t.co/DdVCnZGI #synthbio

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Great vid “Beard-ome” http://t.co/a962Osjl By brilliant panelists
@thisischristina @p_maverick_b of http://t.co/JX45mQbO #SXSW #synthbio

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Check out awesome microbe pics at @jrkelly ‘s company
http://t.co/xoATH3kw He’s a panelist at http://t.co/JX45mQbO #SXSW
#synthbio

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Great video on designing living things: @alexandradaisy http://t.co/QyS8kTBw She’s a panelist at http://t.co/JX45mQbO #SXSW #synthbio

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This is a panel of rock stars! Don't miss it "Designing Living Things" http://t.co/JX45mQbO #sxsw #synthbio #synthaesthetics

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"A team led by Jay Keasling, a bioengineer at the Joint BioEnergy Institute in Emeryville, California, worked to extend the strategy to make more commonly used fuels. They used Escherichia coli, a bacterium into which it's relatively easy to insert new genes. They started by creating two strains of E. coli, inserting genes for breaking down cellulose in one and genes for breaking down hemicellulose in the other. They then split each of these two strains into three groups and to each group added genes for one of three different metabolic pathways that allow the microbes to make chemical precursors for either gasoline, diesel, or jet fuel."

Nice step towards making this happen.

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E coli engineered to have required enzymes, pathway for swtichgrass to fuel conversion. http://t.co/fbEcqsgz #synthbio #cellulosic

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