In love with electrophysiology…

Nuevo estudio de la profesora @MariaSancho0 del @DptoFisioUCM con @NelsonLab1 de la @uvmvermont en el que se muestra como los receptores de adenosina y canales BKCa regulan la contracción vesical. @unicomplutense #InvesFisioUCM https://t.co/vQqSVbvPWK

If you really love your protein of interest commit to a tattoo @ardemp

Paper alert!!! I am excited to share our recent work showing that phosphorylation of a single amino acid on the vascular Cav1.2 channel controls vascular reactivity & blood pressure in #hypertension. @ucdavis, @UCDavisHealth, @MCIPUCD, @UCDAVISPharmac1 https://t.co/wy1xTY9Uf6

Thrilled to share this collaborative review paper on "Vascular Function and Ion Channels in Alzheimer's Disease" - @Jadeltaylor19 @Miguel_MartinAB @mf_navedo checked out

On behalf of @vesselman, @jjaggar, and myself, I want to express our sincere gratitude to each of you for attending and contributing to the success of the #Vasoregulation conference. Your participation, enthusiasm, and insights were truly invaluable.

Thanks to everyone involved in the study, and of course @NelsonLab1 for the continuos support!

Here we demonstrate the functional expression of 3 different families of K+ channels in brain capillary pericytes: Kir2, Kv1 and BK channels.

This study represents an initial step in deciphering the biophysical profile and influence of pericytes on brain capillary blood flow.

Very happy to share our latest study “Distinct Potassium Channel Types in Brain Capillary Pericytes”in Biophysical Journal

The FASEB Science Research Conference (SRC) on Vasoregulation: Signaling and Multicellular Inputs will take place from August 4 to August 8, 2024, in Tucson, AZ. Register now at https://t.co/6viq2tzexX #VASOSRC

We are thrilled to announce "The FASEB SRC, Vasoregulation: Signaling and Multicellular Inputs." We are putting together an exceptional program that will showcase the latest developments in the field. @jjaggar @vesselman #VASOSRC please RT

We are looking to fill two NIH-funded postdoctoral positions. Join a vibrant/diverse team doing exciting research on ion channels, signal transduction & cardiovascular biology. We also like neurons! Check out our website https://t.co/Lb00mep9lQ. DM/email if interested!

In "The Conducted Vasomotor Response & the Principles of Electrical Communication in Resistance Arteries" (Mironova et al.), the authors discuss quantitative tools & transgenic technology -- new in @physiolrev! https://t.co/1T48nzN7g8 @MariaSancho0 @WesternU @michiganstateu

Brain capillary diameters are fine-tuned to optimize blood flow and nutrient delivery. #Pericytes can regulate capillary size, but is that the whole story? Here, we use #MICrONS volume EM data to show that endothelial structure is also involved. https://t.co/exd0cNvPBg

Lots of great things happening in the Nelson Lab! We sometimes post on twitter but you can find the most up to date people, news, and publications at our website: https://t.co/uSSJP7CVYm

Glad to share a perspective article I wrote recently on endothelial cell metabolism and vascular function.

Excited to share our latest manuscript examining the effects of intraluminal pressure on intact retina pericytes. @NelsonLab1 @MariaSancho0 @GonzalesLab1 @rochell https://t.co/dyyBfWtkTr

We are recruiting a Lab Technician at @UVMLarnerMed. The https://t.co/rqofdtum4t studies vascular physiology and blood flow control. Want to be part of a supportive team, grow as a researcher and live in a great place? Check this out: https://t.co/rjV2kHDXiv Please RT

Tired of reading about Musk? Go check our latest paper out now @CircRes describing the Spatiotemporal Control of Vascular CaV1.2 by α1C S1928 Phosphorylation. Led by @Miguel_MartinAB and superb collaboration with @MNCline! https://t.co/q6uIg4yKYi

Optogenetics lets researchers manipulate and monitor the contractility of arterioles in the brain in 3D. https://t.co/ElnT9mNLxV