Yesterday I was able to use a microscope and take data for the first time since March AND our new paper came out! It was a pretty good day.
https://t.co/VeVzSN34YT
@dogiclab@gmgrason@HaganLab
What kind of liquid crystal does actomyosin make? Gardel and de Pablo labs give us some cool answers w cool movies. Congrats Nitin Kumar!! @UChiResearch @UChicagoIME
https://t.co/kakLJAqPuf
I spent months bending tiny #microtubules with optical traps, and finally the results are published!
Microtubules soften due to cross-sectional flattening @eLife#physics#biology
https://t.co/8TfeRosjLT
https://t.co/c4Tr553qku
#singlemolecule experiment and theory by Grishchuk et al. @PennMuscle showing large stalk has little infuence on kinesin motility @BiophysJ
"Probing Mitotic CENP-E Kinesin with the Tethered Cargo Motion Assay and Laser Tweezers" https://t.co/js62TUTyuE
Introduction to Microfluidics Technology course offered June 25-29. It's developed for scientists & engineers interested in using microfluidic technology in the physical & life sciences. Application deadline is March 31.
https://t.co/acYP4qgYza #BrandeisScience
New paper out in @Dev_Cell, "Cooperative Accumulation of Dynein-Dynactin at Microtubule Minus-Ends Drives Microtubule Network Reorganization" https://t.co/oGbDokrQli
Rosbash: "to move the country forward and maintain American preeminence in scientific research - including a substantial numbers of Nobel laureates in 2037 - our country needs an increasingly educated, engaged, and supportive public and Congress." https://t.co/catQE12QwM
Today we welcome a new writer! Christine, from @nyuniversity, is going to tell us how we can make hard bones out of #softmatter! Enjoy! #scicomm https://t.co/vtiINykOR0
Our latest publication in @PhysRevE "Insensitivity of active nematic liquid crystal dynamics to topological constraints" was selected by the editor and featured on the front page of https://t.co/4Icpxe9djb