Top Tweets for #APLbioengineering
Attending #BMES2022? Stop by booth 446 tomorrow to meet & grab a beer with #APLBioengineering Editor @AdamEnglerUCSD
https://t.co/zBjnVvvJ8G
Follow our new dedicated Twitter handle for gold #openaccess journal #APLBioengineering from @AIP_Publishing! You’ll get the latest in #bioengineering & #biomedical research & journal news here! A part of the #AIP_APL family of journals! @JustinCooperWh1 https://t.co/oXW2IcZyT5
@AIP_Publishing Still so excited about this great outcome for #APLBioengineering that I made a little video to share with you all!
Our FIRST EVER impact factor for #APLBioengineering from @AIP_Publishing has just been announced - 6.586! A great kick-off for the journal and a sign of great things to come! Impossible to achieve without contributions from our fabulous authors, reviewers and editors - thank you!
Was so great seeing all of the #editors of #APLBioengineering last week during our annual Editor’s Meeting! @JustinCooperWh1 @AdamEnglerUCSD
https://t.co/sBOFlu4H5B
I wrote a review about emerging connections between two of my favorite things, nuclear mechanics and phase separation, with @DNAmyStrom and @brangwynnelab! Find it here: https://t.co/ixZFmlun38, as part of #APLBioengineering @AIP_Publishing's special issue on mechanobiology!
Just out!
Our perspectives in #APLbioengineering @AIP_publishing on imaging-based evaluation of 3D #chromatin mesoscale organization.
https://t.co/V4I4xZnRWW
We explore the links between nuclear volume, chromatin volume fraction, and chromatin spatial organization.
🧵1/4
Well done to @isabelanatomy & @HodgkinsonTom on getting this paper published in #APLBioengineering on bone and cartilage model systems for studying #osteoarthritis. A collaborative effort between @orankennedy & my labs. Nice start to 2022! @AIP_Publishing @JustinCooperWh1
Extremely pleased to have our review paper published. Paper focused on #bone and #cartilage model systems in characterising initiation and progression of OA. Thankful to my co-author @HodgkinsonTom and supervisors @orankennedy and Prof. @fjobrien https://t.co/kx1SnyRcPi
Stretching a 3D engineered microvessels (φ200 µm, fibrin gel, w/o flow)
#CyclicStretch (circumferential+longitudinal) ⏫#EndothelialCell size, alignment & barrier function, & ���VEGF-induced sprouting
Dr. Olivier Guenat lab #APLBioengineering 2021
https://t.co/94xSTYJMy0
Cool paper alert: 3D cyclic stretch and VEGF stimulation can decrease vascular permeability in model systems. From @unibern and @AIP_Publishing #APLBioengineering https://t.co/uvxegYDoFn
I'm hugely proud and excited about being on this editorial board. If you have high impact, high quality work, I would encourage you to consider submitting to #APLbioengineering
Very informative Editorial Advisory Board meeting of #APLBioengineering. Exciting plans for 2021. Well done @JustinCooperWh1 & Team. Great to see so many distinguished friends & colleagues from many time zones across the globe! @AIP_Publishing
Very informative Editorial Advisory Board meeting of #APLBioengineering. Exciting plans for 2021. Well done @JustinCooperWh1 & Team. Great to see so many distinguished friends & colleagues from many time zones across the globe! @AIP_Publishing
#ICYMI via @AIP_Publishing: Do cancer cells migrate down stiffness gradients? We suggest that computational models say YES. #APLBioengineering w/ thanks 2 @katira_parag.
https://t.co/sJuGL1OPDE
Please RT! :Interested in science publishing? @AIP_Publishing has an opening on their team, and they publish great journals like #APLBioengineering! #AcademicTwitter #phdlife Info:
https://t.co/Y7aZNYWUI9
#ICYMI: Do you have a #summer itch you cannot scratch? Turn to a microfluidic #skin irritation test! via @SNUnow, @AIP_Publishing #APLBioengineering #SummerReading https://t.co/nRd2b9Tupo
#ICYMI: Hydrogel system to ID drivers of drug resistant ovarian #cancer via @peytonlab, @UMassAmherst and @AIP_Publishing. #CancerResearch #APLBioengineering https://t.co/6Ts9FVoVCt
#AcademicTwitter: Need to #3Dprint vessels-in-a-dish but its not reproducible??? Try viscous finger patterning via Mummery and Orlova lab @UTwente @AIP_Publishing #APLBioengineering
https://t.co/HixjoJtEZ8
#MemorialDayWeekend #reading: Magnetic control of helical #robots to break up blood clots! via @UTwente, @MIRAutwente, and @AIP_Publishing #APLBioengineering https://t.co/dIxjHEt8WQ
From @DukeEngineering and @GeorgeTruskey: in vitro model of exercised engineered #muscle and its O2 needs. #APLBioengineering @AIP_Publishing @biomedica https://t.co/QwxcCrG9vP
#Biomaterial geeks: Wonder why your #cells die in your #hydrogel? @Cal_Engineer and @BerkeleyBioE Amy Herr models protein transport in microwells. via @AIP_Publishing #APLBioengineering https://t.co/AgUdfjG5Iz
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