Manuel F. Navedo
@mf_navedo
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Our mission is to understand fundamental processes in vascular biology through creative thinking and scientific excellence. @UCDavisMed @ucdavis @UCDavisHealth
California, USA
Joined June 2018
It’s been 10 years to this day since we joined @ucdavis/ @UCDavisHealth. An amazing journey with fulfilling experiences and great lab members, colleagues, friends & Institutional support. We are super excited for the next 10 years of the #MnMLab. Picture from beautiful #PR, #home
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RT @CircRes: 5/5 Arterial Myocyte Pannexin 1 Channel Controls Vascular Reactivity in Diabetic Hyperglycemia by Hong and Baudel et al https:….
ahajournals.org
BACKGROUND: Diabetic hyperglycemia promotes vasoconstriction by activating an ATP-dependent P2Y11L (P2Y11-like receptor)/AC5 (adenylyl cyclase 5)/AKAP5 (A-kinase anchoring protein 5)/PKA (protein...
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The most fun image & video creation tool in the world is here. Try it for free in the Grok App.
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RT @CircRes: Hong et al found #Panx1 is a pivotal regulator of vascular function during diabetic #hyperglycemia. Learn about treating #diab….
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RT @AndyShih_Lab: It is debated whether poor #blood flow underlies white matter loss in #aging. Our recent study in aged mice supports this….
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The official release of our manuscript examining arterial myocyte Panx1 role in diabetic vascular dysfunction is out! Massive effort to uncover new mechanisms underlying vascular disease. Power of science! @ucdavis, @UCDavisHealth, @UCDAVISPharmac1.
ahajournals.org
BACKGROUND: Diabetic hyperglycemia promotes vasoconstriction by activating an ATP-dependent P2Y11L (P2Y11-like receptor)/AC5 (adenylyl cyclase 5)/AKAP5 (A-kinase anchoring protein 5)/PKA (protein...
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RT @JCI_insight: How does traffic-related air pollution increase the risk of Alzheimer’s disease?. Ameer Y. Taha & team @ucdavis provide ne….
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RT @endothelialnews: New from the @IrisJaffeLab! 🙌. Ponatinib, a potent anticancer therapy, activates #EndothelialCells and platelets, driv….
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RT @DrSilviaPenuela: Mark your calendars for the International Gap Junction Conference #IGJC2026 in Padua Italy! It will be July 25-29, 2….
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RT @OsamaHarraz: 📰Latest from our lab (Open Access)!. Brain Capillary Ion Channels: Physiology and Channelopathies. This review attempts to….
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RT @sonkusarelab: Our study, published online today @CircRes, shows how local TNF signaling from smooth muscle to endothelium elevates bloo….
ahajournals.org
BACKGROUND: Loss of endothelial function is a key contributor to obesity-induced hypertension. Obesity can cause chronic, low-grade inflammation, leading to abnormal blood vessel function. The...
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RT @The_MCSociety: Congrats to @DabertrandFab’s lab, co-authors & collaborators on their @CircRes cover + editorial! 🎉.They reveal a canoni….
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RT @DabertrandFab: 🚨Our new paper in Circ Research on the cover + 📖 editorial by Dr. Jackson 🔗👏 Danielle Jeffrey ht….
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A little bit late but I’m honored and humbled to have been selected back in May as the recipient of the 2025 @ucdavis, @UCDavisHealth Research Award! This recognition belongs to the M&M Lab members!
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RT @sonkusarelab: We are currently hiring for two roles @sonkusarelab .@UVACVRC : ***Postdoctoral Fellow*** and ***Research Scientist***.….
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RT @DecManning94: Our latest paper is out! @JACCJournals @ucd_physiology . We've shown that microvessels are lost….
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Great way to start the week with the release of this collaborative work with students and Drs. Horne & Hell @UCDAVISPharmac1, @UCDavisHealth. Get your copy now!.
cell.com
Lee et al. show that OCT3 and PMAT transport norepinephrine (NE) into neurons to stimulate β2ARs that are in their interior. The ensuing phosphorylation of GluA1 on S845 by PKA drives AMPARs to the...
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RT @FASEBorg: Monday is the deadline for the early registration rate at #ICRSRC. Save $150 and join organizers @RoseEDixon1 and @JonSilva_S….
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Excited to pre-release the latest from the lab on how arterial myocyte Panx1 controls vascular reactivity in diabetes. Massive effort from the M&M Team in collaboration with @conn_pann_fun and Xiang Lab. @ucdavis, @UCDAVISPharmac1, @UCDavisHealth.
ahajournals.org
BACKGROUND: Diabetic hyperglycemia promotes vasoconstriction by activating an ATP-dependent P2Y11L (P2Y11-like receptor)/AC5 (adenylyl cyclase 5)/AKAP5 (A-kinase anchoring protein 5)/PKA (protein...
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RT @UCDAVISPharmac1: United in discovery, stronger together!!! Great science happens when we gather to learn, support each other, & celebra….
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RT @scisignal: Don’t miss this week’s new issue of #ScienceSignaling! New research shows how the loss of a calcium-sensing protein can exac….
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RT @scisignal: Loss of the calcium sensor #STIM2, but not of STIM1, worsens #ColorectalCancer growth and metastasis by boosting calcium ion….
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