We want our experts to answer your scientific questions! Submit yours through the link below for a chance to have it answered in a future Science Exchange post!
https://t.co/1poC37dnKW
Through a multi-institution effort, supported by the NSF, Prof. Kornfield will be collaborating with Prof. Daraio and Prof. Demirer to develop tools for genetic engineering of plants to create a locally growable alternative to the rubber tree.
https://t.co/bz3Xf7tSAb
I am delighted to announce publication of the 4th edition of Linear Algebra Done Right as an Open Access book. The electronic version is legally free to the world at https://t.co/ii1ovMFKvH.
That website also has links to pre-order the print version of the book.
#linearalgebra
#EWeek2023: Chemical engineers are uniquely positioned to address today’s most pressing problems from molecular to manufacturing scales. “New Directions in Chemical Engineering” explores the future of chemical engineering research, innovation, & education. https://t.co/Z2NarNGAVv
What if we could produce three-ingredient food? @illinoisNPRE and @BIOENGatIL researchers and the @DARPA believe that this reality might be closer than it seems. https://t.co/iJPHHRfTEm
The Demirer lab @CaltechCCE is #hiring! Looking for a postdoc to work at the intersection of nanotechnology, plant gene editing, and synthetic biology.
See the ad for details and apply here: https://t.co/m21WHJ4JhF
Isothermal DNA amplification up to 6 kb, led by @MomciloGavrilov ; can be used for cloning and chromosomal gene editing readout. A 3x faster superhelicase, characterized using nanopore and MD simulation (by Wen Ma), replaces thermocycler.
https://t.co/t6Sevl75R7