Faculty

Institution

Unit

Venue

Lawrence Salkoff

Professor of Neuroscience

Washington University in St. Louis

Affiliations

School of Medicine

Department of Neuroscience

Lawrence Salkoff is currently serving as a Neuroscience Professor of Neuroscience at Washington University In St. Louis.

Honors

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Experiences

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Education

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Lawrence Salkoff

Washington University in St. Louis

Professor of Neuroscience

You can click a keyword to filter the displayed items

neuroscience molecular biology genetics signal transduction neurophysiology physiology electrophysiology gene expression membrane biology molecular physiology cell signaling neuroanatomy neurons insect molecular biology mammalian biology vascular biology cellular physiology molecular cell biology biological chemistry neurotransmission bk channels reproductive biology molecular neurobiology protein science cellular neurobiology channel characterization membrane transport brain circuitry human physiology muscle function brain science hyperpolarization (biology) neuromodulation (medicine) molecular communication potassium channels caenorhabditis elegans molecular neurodegeneration animal physiology liver physiology nucleic acids membrane science developmental genetics neuronal networks reproductive physiology genomic organization stem cell research genome biology functional modification catalyst activation channel model gene regulatory networks gene structure cell biomechanics mechanotransduction evolutionary developmental biology gene function comparative physiology neurochemistry calcium sensitivity vascular smooth muscle drosophila neurons sodium-activated potassium channels ion channels selective separation inhibitory activity remedial action thermally activated delayed fluorescence intermittently connected device dimensioning and tolerancing calcium-activated potassium channels complex mouse gene slo family high-conductance potassium channels bk channel extended gene family sodium-activated potassium channel cardiac arrhythmia neurology circulatory physiology cardiovascular physiology neuropsychopharmacology epilepsy electrophysiological evaluation

Notable Scholarly Works

Notable Federal Grants

Collaborators

Bk Channels of Five Different Subunit Combinations Underlie the De Novo Kcnma1 G375R Channelopathy. The Journal of General Physiology (2023)

Yanyan GengPing LiAlice ButlerBill WangLawrence SalkoffKarl L. Magleby

geneticsneurosciencehuman biologybk channelselectrophysiologyphysiology

Coupling of Ca 2+ and Voltage Activation in Bk Channels Through the αB Helix/Voltage Sensor Interface. Proceedings of the National Academy of Sciences (2020)

Yanyan GengZengqin DengGuohui ZhangGonzalo BudelliAlice ButlerPeng YuanJianmin CuiLawrence SalkoffKarl L. Magleby

voltage activationsignal transductionbiophysicsinstrumentationneurosciencesignal processingsensorsbk channelselectrophysiologyelectrical engineering

Sodium‐Activated Potassium Channels Moderate Excitability in Vascular Smooth Muscle. The Journal of Physiology (2019)

Ping LiCarmen M. HalabiRichard StewartAlice ButlerBobbie BrownXiaoming XiaCelia SantiSarah EnglandJuan FerreiraRobert P. MechamLawrence Salkoff

vascular smooth musclesodium-activated potassium channelsvascular biologyelectrophysiologyphysiology

Alpha-B Helix of the Rck1 Domain is a Shared Structural Element for Both Voltage and Calcium Activation of Bk Channels. Biophysical Journal (2018)

Yanyan GengZengqin DengGuohui ZhangAlice ButlerJianmin CuiPeng YuanLawrence SalkoffKarl L. Magleby

biophysicsstructural biologycalcium activationneuroscienceprotein structuremolecular biophysicsbk channelselectrophysiologyalpha-b helixphysiology

Oxytocin Can Regulate Myometrial Smooth Muscle Excitability by Inhibiting the Na + ‐Activated K + Channel, Slo2.1. The Journal of Physiology (2018)

Juan J. FerreiraAlice ButlerRichard StewartAna Laura Gonzalez‐CotaPascale LybaertChinwendu AmazuErin L. ReinlMonali Wakle‐PrabagaranLawrence SalkoffSarah K. EnglandCelia M. Santi

electrophysiologyphysiological regulationmolecular physiologyphysiology

A Genetic Variant of the Sperm-Specific Slo3 K+ Channel Has Altered Ph and Ca2+ Sensitivities. Journal of Biological Chemistry (2017)

Yanyan GengJuan J. FerreiraVictor DzikunuAlice ButlerPascale LybaertPeng YuanKarl L. MaglebyLawrence SalkoffCelia M. Santi

geneticshuman geneticsreproductive biologygene expressionsignal transductionbiochemistrymolecular biologycell signalinggenetic variant

Alpha-B Helix of Rck1 is a Major Transduction Pathway for Ca 2+ Activation of Bk Channels. Biophysical Journal (2017)

Yanyan GengZengqin DengGonzalo BudelliAlice Butler ButlerJianmin CuiPeng YuanLawrence SalkoffKarl Magleby

membrane biologysignal transductionbiophysicsneurosciencecell signalingmajor transduction pathwaycell biologybk channelsalpha-b helix

Deletion of Cytosolic Gating Ring Decreases Gate and Voltage Sensor Coupling in Bk Channels. The Journal of General Physiology (2017)

Guohui ZhangYanyan GengYakang JinJingyi ShiKelli McFarlandKarl L. MaglebyLawrence SalkoffJianmin Cui

membrane biologyapplied physiologybiophysicssignal transductioncellular neurobiologybrain circuitrymembrane transportneuroscienceneurochemistrymolecular physiologybk channelscellular physiologysystems neuroscienceneurophysiologyhuman physiologyprotein scienceelectrophysiologyphysiology

Gaba-B Controls Persistent Na + Current and Coupled Na + -Activated K + Current. eNeuro (2017)

Ping LiRichard StewartAlice ButlerAna Laura Gonzalez-CotaSteve HarmonLawrence Salkoff

control systemscatalyst activationgaba-b controlselectrical engineering

Membrane Potential of Human Sperm is Sensitive to External Ph and Intracellular Ca2. (2017)

Pascale LybaertJuan J FerreiraLawrence SalkoffJoanne RileyCelia Cm Santi

membranesmembrane potentialhuman spermexternal ph

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Lawrence Salkoff

Professor of Neuroscience

Washington University in St. Louis

Affiliations

School of Medicine

Department of Neuroscience

Lawrence Salkoff is currently serving as a Neuroscience Professor of Neuroscience at Washington University In St. Louis.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Lawrence Salkoff

Washington University in St. Louis

Professor of Neuroscience

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Bk Channels of Five Different Subunit Combinations Underlie the De Novo Kcnma1 G375R Channelopathy. The Journal of General Physiology (2023)

Yanyan GengPing LiAlice ButlerBill WangLawrence SalkoffKarl L. Magleby

geneticsneurosciencehuman biologybk channelselectrophysiologyphysiology

Coupling of Ca 2+ and Voltage Activation in Bk Channels Through the αB Helix/Voltage Sensor Interface. Proceedings of the National Academy of Sciences (2020)

Yanyan GengZengqin DengGuohui ZhangGonzalo BudelliAlice ButlerPeng YuanJianmin CuiLawrence SalkoffKarl L. Magleby

voltage activationsignal transductionbiophysicsinstrumentationneurosciencesignal processingsensorsbk channelselectrophysiologyelectrical engineering

Sodium‐Activated Potassium Channels Moderate Excitability in Vascular Smooth Muscle. The Journal of Physiology (2019)

Ping LiCarmen M. HalabiRichard StewartAlice ButlerBobbie BrownXiaoming XiaCelia SantiSarah EnglandJuan FerreiraRobert P. MechamLawrence Salkoff

vascular smooth musclesodium-activated potassium channelsvascular biologyelectrophysiologyphysiology

Alpha-B Helix of the Rck1 Domain is a Shared Structural Element for Both Voltage and Calcium Activation of Bk Channels. Biophysical Journal (2018)

Yanyan GengZengqin DengGuohui ZhangAlice ButlerJianmin CuiPeng YuanLawrence SalkoffKarl L. Magleby

biophysicsstructural biologycalcium activationneuroscienceprotein structuremolecular biophysicsbk channelselectrophysiologyalpha-b helixphysiology

Oxytocin Can Regulate Myometrial Smooth Muscle Excitability by Inhibiting the Na + ‐Activated K + Channel, Slo2.1. The Journal of Physiology (2018)

Juan J. FerreiraAlice ButlerRichard StewartAna Laura Gonzalez‐CotaPascale LybaertChinwendu AmazuErin L. ReinlMonali Wakle‐PrabagaranLawrence SalkoffSarah K. EnglandCelia M. Santi

electrophysiologyphysiological regulationmolecular physiologyphysiology

A Genetic Variant of the Sperm-Specific Slo3 K+ Channel Has Altered Ph and Ca2+ Sensitivities. Journal of Biological Chemistry (2017)

Yanyan GengJuan J. FerreiraVictor DzikunuAlice ButlerPascale LybaertPeng YuanKarl L. MaglebyLawrence SalkoffCelia M. Santi

geneticshuman geneticsreproductive biologygene expressionsignal transductionbiochemistrymolecular biologycell signalinggenetic variant

Alpha-B Helix of Rck1 is a Major Transduction Pathway for Ca 2+ Activation of Bk Channels. Biophysical Journal (2017)

Yanyan GengZengqin DengGonzalo BudelliAlice Butler ButlerJianmin CuiPeng YuanLawrence SalkoffKarl Magleby

membrane biologysignal transductionbiophysicsneurosciencecell signalingmajor transduction pathwaycell biologybk channelsalpha-b helix

Deletion of Cytosolic Gating Ring Decreases Gate and Voltage Sensor Coupling in Bk Channels. The Journal of General Physiology (2017)

Guohui ZhangYanyan GengYakang JinJingyi ShiKelli McFarlandKarl L. MaglebyLawrence SalkoffJianmin Cui

Gaba-B Controls Persistent Na + Current and Coupled Na + -Activated K + Current. eNeuro (2017)

Ping LiRichard StewartAlice ButlerAna Laura Gonzalez-CotaSteve HarmonLawrence Salkoff

control systemscatalyst activationgaba-b controlselectrical engineering

Membrane Potential of Human Sperm is Sensitive to External Ph and Intracellular Ca2. (2017)

Pascale LybaertJuan J FerreiraLawrence SalkoffJoanne RileyCelia Cm Santi

membranesmembrane potentialhuman spermexternal ph

1
2
3
4
5
11
10 / page

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molecular biology

molecular cell biology

Bernardo Rudy

Institution

New York University

cortical interneurons

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Edward Perez-Reyes

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Leonard Kaczmarek

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neural mechanism

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aural augmentation

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Heidi E. Hamm, Ph.D.

Institution

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Eric Delpire

Institution

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Gabriel G. Haddad

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