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Functional tuning of Vascular L-type Ca2+ channels

Frontiers in physiology, 2022-11, Vol.13, p.1058744-1058744

2022

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Role of myosin light chain kinase and myosin light chain phosphatase in the resistance arterial myogenic response to intravascular pressure

Archives of biochemistry and biophysics, 2011-06, Vol.510 (2), p.160-173

2011

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Localized TRPA1 channel Ca2+ signals stimulated by reactive oxygen species promote cerebral artery dilation

Science signaling, 2015-01, Vol.8 (358), p.ra2

2015

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TRP channels: a provocative rationalization for local Ca2+ control in arterial tone development

Frontiers in physiology, 2024-02, Vol.15, p.1374730-1374730

2024

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CaV3.1 channels facilitate calcium wave generation and myogenic tone development in mouse mesenteric arteries

Scientific reports, 2023-11, Vol.13 (1), p.20407-20407, Article 20407

2023

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TRPV4 Channel Cooperativity in the Resistance Vasculature

Biophysical journal, 2015-03, Vol.108 (6), p.1312-1313

Welsh, Donald G.

2015

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Inward Rectifier Potassium Channels: Membrane Lipid-Dependent Mechanosensitive Gates in Brain Vascular Cells

Frontiers in cardiovascular medicine, 2022-03, Vol.9, p.869481-869481

2022

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Endothelial Ca2+ wavelets and the induction of myoendothelial feedback

American Journal of Physiology: Cell Physiology, 2012-04, Vol.302 (8), p.C1226-C1242

2012

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Gestational long-term hypoxia induces metabolomic reprogramming and phenotypic transformations in fetal sheep pulmonary arteries

American journal of physiology. Lung cellular and molecular physiology, 2021-05, Vol.320 (5), p.L770-L784

2021

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Reactive Oxygen Species Mediate the Suppression of Arterial Smooth Muscle T-type Ca2+ Channels by Angiotensin II

Scientific reports, 2018-02, Vol.8 (1), p.1-11, Article 3445

2018

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CaV3.2 Channels and the Induction of Negative Feedback in Cerebral Arteries

Circulation research, 2014-09, Vol.115 (7), p.650-661

2014

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Myogenic Vasoconstriction Requires Canonical Gq/11 Signaling of the Angiotensin II Type 1 Receptor

Journal of the American Heart Association, 2022-02, Vol.11 (4), p.e022070-e022070

2022

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Transient Receptor Potential Channels Regulate Myogenic Tone of Resistance Arteries

Circulation research, 2002-02, Vol.90 (3), p.248-250

2002

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Defining electrical communication in skeletal muscle resistance arteries: a computational approach

The Journal of physiology, 2005-10, Vol.568 (1), p.267-281

2005

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Electrical amplification: K IR channels taking centre stage in the hyperaemic debate

The Journal of physiology, 2019-03, Vol.597 (5), p.1223-1224

Welsh, Donald G

2019

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Abnormal Lymphatic Channels Detected by T2-Weighted MR Imaging as a Substrate for Ventricular Arrhythmia in HCM

JACC. Cardiovascular imaging, 2016-11, Vol.9 (11), p.1354-1356

2016

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KIR channels function as electrical amplifiers in rat vascular smooth muscle

The Journal of physiology, 2008-02, Vol.586 (4), p.1147-1160

2008

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Electrical amplification: KIR channels taking centre stage in the hyperaemic debate

The Journal of physiology, 2019-03, Vol.597 (5), p.1223-1224

Welsh, Donald G.

2019

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Gap Junctions Suppress Electrical but Not [Ca2+] Heterogeneity in Resistance Arteries

Biophysical journal, 2014-11, Vol.107 (10), p.2467-2476

2014

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Conceptualizing Conduction as a Pliant Vasomotor response: Impact of Ca 2+ fluxes and Ca 2+ Sensitization

American journal of physiology. Heart and circulatory physiology, 2020-12, Vol.319 (6), p.H1290-H1301

2020

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Endothelial Inwardly Rectifying K+ Channel Subunit 2.1 Critically Enables Flow‐mediated Dilation in Cerebral Resistance Arteries

The FASEB journal, 2022-05, Vol.36 (S1), p.n/a

2022

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Conceptualizing conduction as a pliant electrical response: impact of gap junctions and ion channels

American journal of physiology. Heart and circulatory physiology, 2020-12, Vol.319 (6), p.H1276-H1289, Article H1276

2020

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School of ‘hard NOX’ for the ageing artery

The Journal of physiology, 2023-02, Vol.601 (3), p.391-392

2023

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Inward rectifying potassium channels facilitate cell-to-cell communication in hamster retractor muscle feed arteries

American journal of physiology. Heart and circulatory physiology, 2006-09, Vol.291 (3), p.H1319-H1328

2006

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Conceptualizing conduction as a pliant vasomotor response: impact of Ca2+ fluxes and Ca2+ sensitization

American journal of physiology. Heart and circulatory physiology, 2020-12, Vol.319 (6), p.H1290

2020

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Functional tuning of Vascular L-type Ca2+ channels

Role of myosin light chain kinase and myosin light chain phosphatase in the resistance arterial myogenic response to intravascular pressure

Localized TRPA1 channel Ca2+ signals stimulated by reactive oxygen species promote cerebral artery dilation

TRP channels: a provocative rationalization for local Ca2+ control in arterial tone development

CaV3.1 channels facilitate calcium wave generation and myogenic tone development in mouse mesenteric arteries

TRPV4 Channel Cooperativity in the Resistance Vasculature

Inward Rectifier Potassium Channels: Membrane Lipid-Dependent Mechanosensitive Gates in Brain Vascular Cells

Endothelial Ca2+ wavelets and the induction of myoendothelial feedback

Gestational long-term hypoxia induces metabolomic reprogramming and phenotypic transformations in fetal sheep pulmonary arteries

Reactive Oxygen Species Mediate the Suppression of Arterial Smooth Muscle T-type Ca2+ Channels by Angiotensin II

CaV3.2 Channels and the Induction of Negative Feedback in Cerebral Arteries

Myogenic Vasoconstriction Requires Canonical Gq/11 Signaling of the Angiotensin II Type 1 Receptor

Transient Receptor Potential Channels Regulate Myogenic Tone of Resistance Arteries

Defining electrical communication in skeletal muscle resistance arteries: a computational approach

Electrical amplification: K IR channels taking centre stage in the hyperaemic debate

Abnormal Lymphatic Channels Detected by T2-Weighted MR Imaging as a Substrate for Ventricular Arrhythmia in HCM

KIR channels function as electrical amplifiers in rat vascular smooth muscle

Electrical amplification: KIR channels taking centre stage in the hyperaemic debate

Gap Junctions Suppress Electrical but Not [Ca2+] Heterogeneity in Resistance Arteries

Conceptualizing Conduction as a Pliant Vasomotor response: Impact of Ca 2+ fluxes and Ca 2+ Sensitization

Endothelial Inwardly Rectifying K+ Channel Subunit 2.1 Critically Enables Flow‐mediated Dilation in Cerebral Resistance Arteries

Conceptualizing conduction as a pliant electrical response: impact of gap junctions and ion channels

School of ‘hard NOX’ for the ageing artery

Inward rectifying potassium channels facilitate cell-to-cell communication in hamster retractor muscle feed arteries

Conceptualizing conduction as a pliant vasomotor response: impact of Ca2+ fluxes and Ca2+ sensitization

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