Scott Forth retweeted
From MBoC
Insights into the role of phosphorylation on microtubule cross-linking by PRC1, by Scott Forth, @RPI, et al.
molbiolcell.org/doi/10.1091/… #ASCB #CellBiology
Scott Forth retweeted
The annual @ASCBiology #cellbio2023 meeting calls for a lab reunion! It was great to see many former lab members at the meeting, where we caught up for a fun dinner! @stforth @kuohsia @rudypisa @JeffTiLab @ZhenChentccz
Scott Forth retweeted
One week till we start to review applications for the open position in the Biological Sciences at RPI! I look forward to seeing all the amazing candidates! Apply here: careers.rpi.edu/en-us/job/49…
Scott Forth retweeted
Big news... We are hiring!
Open rank faculty position in Cell Biology, more information linked below. We can't wait to welcome you to our department of incredible faculty and exciting research!
careers.rpi.edu/en-us/job/49…
Scott Forth retweeted
Powering through BAMM 2023 with a talk by Scott Forth discussing his lab’s work on mechanics of the mitotic spindle! #BAMM #Meiosis #Mitosis @KabecheLab
Scott Forth retweeted
It’s a wrap! Wonderful day of cell division biology at BAMM 2023 . Thank you to all participants for making it such a fun and successful meeting, as well as fantastic co-organizers Lily Kabeche @KabecheLab and Dan Needleman, and our lab members. #BAMM #Meiosis #Mitosis – at New Haven, CT
Scott Forth retweeted
The bacon is flowing with @DrJennyRoss and Scott Forth. Excited for Scott’s talk tomorrow at 11 in Physics!
Scott Forth retweeted
Learn from Jacob Palumbo, Ellinor Tai and Scott Forth of @rpi how to directly measure forces within reconstituted active microtubule bundles.
Watch on JoVE: hubs.ly/Q01zKD-20
@stforth #nanoscale #microtubules
Scott Forth retweeted
In the hope of understanding the cellular mechanisms linked to cancer, a major health challenge worldwide, a research team is melding biology, physics, and math: bit.ly/3OTGGRu.
Scott Forth retweeted
I'm excited to share our latest preprint on how kinesin-5's unique tetramerization and tail domains enable it to crosslink and slide microtubules. Congrats to collaborators Jawdat Al-Bassam, Scott Forth, Gary Brouhard, and Steve Rosenfeld, and especially to Malina Iwanski!
The mechanochemical origins of the microtubule sliding motility within the kinesin-5 domain organization biorxiv.org/cgi/content/shor… #bioRxiv
Scott Forth retweeted
The mechanochemical origins of the microtubule sliding motility within the kinesin-5 domain organization biorxiv.org/cgi/content/shor… #bioRxiv
Scott Forth retweeted
Show support for Children's Place at the Plaza by liking, commenting & RTing this post. It’s part of our 30th Anniversary Social Media Giveaway. Help your favorite groups receive up to $2k. Children's Place is an early childhood center for a diverse community of families. #GTM30
Scott Forth retweeted
The mid-late tenure track space is particularly challenging right now. A big issue is gaining the national recognition and letter writers required for tenure. This last 1.5yrs has shut down many opportunities with only a 1yr extension to make up for it. 1/n
Scott Forth retweeted
Thanks to @EsquiviasRD_pau we now have an almost complete #MotorsInQuarantine schedule for the coming months. See here for details and sign-up: mechanochemistry.org/whatson… Huge thanks also to our sponsors @J_Cell_Sci @Cells_MDPI @Official_BSCB who keep MiQ free to attend for all.
Scott Forth retweeted
I'm raising money for Helping Laura and Katherine get through my death.. Click to Donate
gofundme.com/f/helping-laura…
Scott Forth retweeted
Donald Trump is a white supremacist.
People have been warning about this for a long time.
They were ridiculed, called hyperbolic & radical - not bc they were wrong, but bc others couldn’t accept that our country elected a supremacist as President.
This is fascism at our door.
Scott Forth retweeted
You're being underpaid by the richest man on the fucking planet and being told the problem is someone out of work getting a couple hundred bucks so they don't literally die
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Scott Forth retweeted
We are thrilled that our latest is live on @Dev_Cell ! We directly measured forces on sliding microtubule bundles to show that the crosslinking protein PRC1 acts like a mechanical dashpot to regulate MT speeds and integrate diverse mitotic motor activities in the dividing cell.
New Article online now at Dev Cell: The Mitotic Crosslinking Protein PRC1 Acts Like a Mechanical Dashpot to Resist Microtubule Sliding - zpr.io/HtwfV
Scott Forth retweeted
New Article online now at Dev Cell: The Mitotic Crosslinking Protein PRC1 Acts Like a Mechanical Dashpot to Resist Microtubule Sliding - zpr.io/HtwfV





























