Tom Longden (@_tomlongden) 's Twitter Profile
Tom Longden

@_tomlongden

Assistant Prof #UMBaltimore | Physiology | Neuroscience | Brain blood flow | Ion channels| GPCRs | Opinions are my own

ID: 356323836

linkhttp://www.longdenlab.org calendar_today16-08-2011 17:44:33

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Fabrice Dabertrand (@dabertrandfab) 's Twitter Profile Photo

Finishing up the year with NOAs from @CADASIL_Assn - UPenn Million Dollar Bike Ride by ODC and NIH NHLBI. Thank you for supporting our research #microcirculation #CADASIL and #CSVD. We have multiple positions open, lab is funded until mid 2027. Let’s keep up the good work and help people altogether ❤️

Andy Shih (@andyshih_lab) 's Twitter Profile Photo

So excited that Vanessa Coelho-Santos is kicking off her own lab! A great opportunity to work with an energetic and inspiring young PI focused on development of the cerebrovasculature.

Zhaozhu Qiu (@zhaozhuq) 's Twitter Profile Photo

Happy New Year! Excited to share our new work eLife - the journal on a unique desensitization mechanism of proton-activated chloride channel Last of a series of beautiful work on PAC by amazing James O-Owusu Kudos also to long-term collaborator Zheng Ruan DuLuLabs doi.org/10.7554/eLife.…

Happy New Year! Excited to share our new work <a href="/eLife/">eLife - the journal</a> on a unique desensitization mechanism of proton-activated chloride channel

Last of a series of beautiful work on PAC by amazing <a href="/JamesOOwusu1/">James O-Owusu</a>

Kudos also to long-term collaborator <a href="/ZhengRuan5/">Zheng Ruan</a> <a href="/DuLuLabs/">DuLuLabs</a>
 doi.org/10.7554/eLife.…
Eric Topol (@erictopol) 's Twitter Profile Photo

Exceptional new reviews of the 12 interconnected biologic hallmarks of aging Cell and cancer Cell Metabolism cell.com/cell/fulltext/… cell.com/cell-metabolis…

Exceptional new reviews of the 12 interconnected biologic hallmarks of aging <a href="/CellCellPress/">Cell</a> and cancer <a href="/Cell_Metabolism/">Cell Metabolism</a> 
cell.com/cell/fulltext/…
cell.com/cell-metabolis…
Martin Lauritzen (@martinmlauritz) 's Twitter Profile Photo

The flexibility of your brain energy supply decreses with age. Our new publication in Nature Aging shows that a decrease in vascular reactivity underlies this reduction in homeostatic reserve and possibly brain frailty.

Tom Longden (@_tomlongden) 's Twitter Profile Photo

Great to see our article on #pericyte control of blood flow in #brain and #heart out in Annual Reviews. The result of a great collaboration with the Lederer lab here at University of Maryland, Baltimore! annualreviews.org/doi/full/10.11…

Great to see our article on #pericyte control of blood flow in #brain and #heart out in <a href="/AnnualReviews/">Annual Reviews</a>. The result of a great collaboration with the Lederer lab here at <a href="/UMBaltimore/">University of Maryland, Baltimore</a>!
 annualreviews.org/doi/full/10.11…
Nick Klug (@nrklug) 's Twitter Profile Photo

Excited to share our latest manuscript examining the effects of intraluminal pressure on intact retina pericytes. Mark Nelson Lab Maria Sancho Gonzalez GonzalesLab @rochell pnas.org/doi/10.1073/pn…

Claudia Moreno (@cladoni) 's Twitter Profile Photo

Forgot to mention at the end of my talk that I’m looking for grad students/postdocs/res scientists curious about how the pacemaker rate adapts. If you are interested let me know!!!

🦕Brant Isakson🦖 (@conn_pann_fun) 's Twitter Profile Photo

Molecular Physiology at UVA has a new faculty search! Come join one of the top ranked Physiology departments, and collaborate with our dynamic and awesome set of colleagues. We are especially strong in cardiovascular, membrane, structural, and biophysics. uva.wd1.myworkdayjobs.com/en-US/UVAJobs/…

Nikon Instruments (@nikoninst) 's Twitter Profile Photo

Self-Net is a new #DeepLearning method for improving the axial resolution of conventional volumetric fluorescence #Microscopy data, promising a fast and robust approach for attaining isotropic resolution and demonstrated using multiple imaging modalities: go.nature.com/3YTmCoQ

Self-Net is a new #DeepLearning method for improving the axial resolution of conventional volumetric fluorescence #Microscopy data, promising a fast and robust approach for attaining isotropic resolution and demonstrated using multiple imaging modalities: go.nature.com/3YTmCoQ
Fabrice Dabertrand (@dabertrandfab) 's Twitter Profile Photo

🎉 Excited to share our new paper in Science Signaling on #brain #pericytes constriction and TRPC3 channel—now published, featured on the cover, and highlighted in a Focus by Scott Earley 🧠🧪 Check it out: science.org/toc/signaling/… CU Anschutz PharMM Program CU Anschutz Medical Campus #Neurovascular #TRP

🎉 Excited to share our new paper in Science Signaling on #brain #pericytes constriction and TRPC3 channel—now published, featured on the cover, and highlighted in a Focus by <a href="/vesselman/">Scott Earley</a> 
🧠🧪 Check it out: science.org/toc/signaling/…
<a href="/AMCPharmacology/">CU Anschutz PharMM Program</a> <a href="/CUAnschutz/">CU Anschutz Medical Campus</a> #Neurovascular #TRP