James Strother retweeted
New article alert: fungal lipopetides with in vitro/in vivo toxicity by Annika Jagels and a dream team of collaborators: @adpressa, Elizabeth Kaweesa, @mrkmccauley,@PhilmusLab, @StrotherLab, @LoesgenLab Congratulations Annika et al.!! pubs.acs.org/doi/10.1021/acs…
James Strother retweeted
It was a fantastic 2-day Filters in Biology+Biomimetics #FiBB2023 conference, full of #multidisciplinary science, fruitful interaction, and fun! @MasonDeanLab, @JohnNyakatura and I thank all the incredible attendees from academia and industry for making the event a great success!
James Strother retweeted
PhD student Brendan Gibbs @LabLiao @StrotherLab publish "Recording central nervous system responses of freely-swimming marine and freshwater fishes with a customizable, implantable AC differential amplifier" in Journal of Neuroscience Methods: sciencedirect.com/science/ar… @UFBiology
James Strother retweeted
Auditory hair cells rely on K+ influx to activate which is driven by a K+ rich endolymph. FW fish live in K+ poor water. Then how do lateral line hair cells of FW fishes activate?? Check out our preprint for a novel mechanism mediating MET! @LabLiao @StrotherLab @Whitney_Lab
Anion efflux mediates transduction in hair cells of zebrafish lateral line biorxiv.org/cgi/content/shor… #bioRxiv
James Strother retweeted
We are recruiting a new director for our Janelia Experimental Technology (jET) team. jET designs, builds, and tests custom instruments, microscopes, tools, and software. [1/3]
hhmi.wd1.myworkdayjobs.com/e…
James Strother retweeted
Honored to have shared the stage with @SICB_DNNSB's best presenters at @SICB_ and overjoyed to have won the BSP Award! For those that missed it and want to see cool research challenging longstanding assumptions of hair cell sensory biology, I'm uploading my talk to SICB+!
James Strother retweeted
The Whitney REU program is off to a great start with a 5k run/walk. We are SO excited you are here! #WhitneyLab5k @Whitney_Lab @NSF #SummerResearch
James Strother retweeted
A new microscope technique shows cells’ fine structure in new detail. The method, developed by Eric Betzig, Harald Hess + colleagues, combines 3D super-resolution fluorescence microscopy and electron microscopy in whole cells. Published today in Science!
bit.ly/2uWFOIz
James Strother retweeted
Until now, the best views of living embryos came from fish and flies. A team of scientists from the Keller lab are giving researchers a high-res view of early organ development inside a mouse embryo. bit.ly/2RGaPaB
James Strother retweeted
The marvelous filters in the manta ray's mouth nyti.ms/2ObkLtT
James Strother retweeted
Reconstructing embryogenesis with scRNA-seq + URD @sciencemagazine Congratulations Jeff Farrell and Yiqun Wang and thanks to our collaborators in the Regev lab. Also check out complementary papers from our friends @HMS_SysBio
James Strother retweeted
Every other year I teach a fish biomechanics course. This summer with @acgibb and @CMDonatelli. Lots of cool fishes and lots of neat gear. 9 graduate credits.
Deadline February 1st
Financial aid available
fhl.uw.edu/courses/course-de…


















