Small Correction. Had to delete &retweet. In final form. Response to 3 attack papers by (now former) EiC+EBMs on the same issue of their own journal. If we were wrong, 1 peer-reviewed data-driven paper in an independent journal would have been enough.
https://t.co/wM2lVD9YFz
Don’t miss this week’s new issue of #ScienceSignaling! New research shows how the loss of a calcium-sensing protein can exacerbate colorectal cancer growth, a preclinical study identifies dendritic scaffolds that shape the plasticity of synapses, and more. https://t.co/URFPoHJZ3b
Loss of the calcium sensor #STIM2, but not of STIM1, worsens #ColorectalCancer growth and metastasis by boosting calcium ion content in the endoplasmic reticulum, remodeling mitochondria, and rewiring transcriptional activity. @TrebakM@Trayambak_P https://t.co/DF0DZu5Jza
🚨Editorial Alert🚨 Excited to share this editorial highlighting work from Magda Chrzanowska group in collab with @TrebakM Lab on the role of Rap1A in lung endothelium: https://t.co/XtHEQrDaaW
Collab with @Miguel_MartinAB & @MNCline@UCDavisHealth
https://t.co/t1o8shN254
We're excited to share that @APSPhysiology named @mf_navedo the 2025 recipient of the Robert M. Berne Distinguished Lectureship! This award is presented annually by the society’s Cardiovascular Section to an established leader in cardiovascular research. https://t.co/7ZYO9ZgnUV
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
Check out our new study in collaboration with the Chrzanowska lab showing that Rap1A regulates CRAC channels in endothelial cells as a mean to control NFAT activation and vascular inflammation!
https://t.co/OPkVyfBa1K
Thank you to #ECS2024 for establishing the Claude Klee memorial lecture and inviting me to deliver this keynote. Great way to celebrate Claude Klee’s legacy and talk about calcineurin!
Check out our new collaboration with @RoseEDixon1 from @ucd_physiology in @PNAS (https://t.co/Z5QrzOA668). We observed two modalities of beat-to-beat ATP fluctuations in ventricular myocytes based on SR-mitochondrial coupling strength. (1/2)
Excited to announce the next #ECSwebinar on June 5th - 5 PM CET!🌟
We are looking forward to the talk of David Yule on modulation of IP3R regulation by Ca2+.
Find meeting link and updates on upcoming webinars here: https://t.co/pl0gAZxEaw
@DavidYule64
Great opportunity for a young assistant professor in a vibrant research environment at WCMQ and in Qatar to perform cutting edge cell biology research with translational potential. https://t.co/b2Em9bQna9
Congrats to @lfsantana68 for being named Distinguished Professor at UC-Davis, apparently the first Latino to receive this honor. Well deserved Fernando!
Inflammation is a common feature of many diseases.
Murali Prakriya, PhD, discusses the evolution of this groundbreaking research in ion channels and his latest findings, which were published in @NatureComms, in this episode of our #BreakthroughsPodcast.
https://t.co/7ErDSv1tVE
Contact sites between organelles are critical for cell physiology. Interestingly during cell division the contacts between the ER and mitochondria expand with implications on cellular energetics. https://t.co/2It7o7DYXY