Nav1

Nav1 is expressed in areas of morphological change A Primary

Frontiers Therapeutic targeting of voltagegated sodium channel NaV1

NAV1 controls GC dynamics and axon bending A and B Immunostaining of

Nav1 deficiency disrupts neuritogenesis A Hippocampal neurons were

NAV1 binds Factin Related to Fig 3 A Schematic representation of

Nav1 is a TIP that associates with EB1 in the growth cone A Growth

Figure 1 from Comparative structural analysis of human Nav11 and Nav1

Heterologous functional expression of ascidian Nav1 channels and close

Nav1 promotes endocytosis at Factin membrane ruffles A

NAV1 binds directly and persists at the plus end of nongrowing MTs A

Brevetoxin versus Brevenal Modulation of Human Nav1 Channels

Nav12 channel and the locations of the functionally studied

Protein macromolecular complex subunits and life cycle of the Nav15

Developmental and epileptic encephalopathies the clinical approach to

Trafficking and potentiation of Nav17 and Nav18 channels are mediated

Neuronal Nav18 Channels as a Novel Therapeutic Target of Acute Atrial

Comparative structural analysis of human Nav11 and Nav15 reveals

Structural basis of Nav17 inhibition by an isoformselective small

PNAS Nav17

CCRR regulate MYZAPPKP2Nav15 signaling pathway in atrial

Inhibiting Nav18 for pain Lessons from patients and from neurons PNAS

Nav17 and Nav18 Role in the pathophysiology of pain PMC

Frontiers The Functional Role of VoltageGated Sodium Channel Nav15

Frontiers A Chimeric NaV18 Channel Expression System Based on

Figure 1 from Physiological and Pathophysiological Insights of Nav14

Structure of the Nav1.4-β1 Complex from Electric Eel: Cell

Structure of the Nav141 Complex from Electric Eel Cell

Figure 1 from Structural basis for severe pain caused by mutations in

Naba1 Spot And Web

The Journal of Physiology Vol 602 No 14

Nav11 expression at the axon initial segment AIS in the Scn1aGFP

Distinctive Properties and Powerful Neuromodulation of Nav16 Sodium

Nav12 channel and the locations of the functionally studied

Main steps that regulates the subcellular distribution of Navs in

Schematic representation Nav11 protein structure showing four

The neuronspecific role of Nav17 in different pain states Nav17

Full article The influence of Nav19 channels on intestinal

Frontiers The NaV17 Channel Subtype as an Antinociceptive Target for

Nav17 and Nav18 Role in the pathophysiology of pain PubMed

Frontiers The Neuron Navigators Structure function and

Sodium Channels in Action Potentials Initiation Encyclopedia MDPI

Compartmentspecific regulation of NaV17 in sensory neurons after

Schematic representation Nav11 protein structure showing four

NaV17 as a pain target From gene to pharmacology Request PDF

Nav1.1过表达的Interneuron移植可恢复阿尔茨海默氏病小鼠模型的脑节律和认知能力。,Neuron - X-MOL

Nav11InterneuronNeuron XMOL

Nav11Overexpressing Interneuron Transplants Restore Brain Rhythms and

Nav18

Persistent Nav11 and Nav16 currents drive spinal locomotor functions

Frontiers Life Cycle of the Cardiac VoltageGated Sodium Channel NaV15

Frontiers A Novel GainofFunction Nav19 Mutation in a Child With

Figure 2 from How do mutant Nav11 sodium channels cause epilepsy

Distinctive Properties and Powerful Neuromodulation of Nav16 Sodium

Breakthroughs in the Development of NonOpioid Pain Analgesics How

Frontiers Insights into the voltagegated sodium channel NaV18 and

NaV11 channels and epilepsy Catterall 2010 The Journal of

Neuron Navigator 1 Nav1 regulates the response to cocaine in mice PMC

Nav18 Inhibitors The NextGeneration NonOpioid Analgesics Reshaping

Nav11Overexpressing Interneuron Transplants Restore Brain Rhythms and

Tetrodotoxin a Candidate Drug for Nav11Induced Mechanical Pain

Frontiers Life Cycle of the Cardiac VoltageGated Sodium Channel NaV15

Frontiers CellFree Expression of Sodium Channel Domains for

Defining the Functional Role of NaV17 in Human Nociception PMC

Frontiers Insights into the voltagegated sodium channel NaV18 and

Conserved Expression of Nav17 and Nav18 Contribute to the Spontaneous

Hippocampal deletion of NaV11 channels in mice causes thermal seizures

Neuropathic Pain Encyclopedia MDPI

Nav18 and Chronic Pain From Laboratory Animals to Clinical Patients

Nav17 is essential for nociceptor action potentials in the mouse in a

JCI An approach to targeting Nav17 for pain sensations

Structural basis for highvoltage activation and subtypespecific

Defining the Functional Role of NaV17 in Human Nociception Neuron

Structural basis of human Nav15 gating mechanisms PNAS

Nav 16 and Nav12 are present at the earliest stages of node formation

Mutation in Nav17 cause pain insensitivity BioRender Science Templates

NAV1 Electromagnetic Navigation System Kalteq ENT

Frontiers The Functional Role of VoltageGated Sodium Channel Nav15

Scn1aGFP transgenic mouse revealed Nav11 expression in neocortical

Frontiers The Neuron Navigators Structure function and

Channelpedia Nav15

Highresolution structures of human Nav17 reveal gating modulation

Frontiers The NaV17 Channel Subtype as an Antinociceptive Target for

Nav17

Figure from 7 Tight balance between pain gain and loss in NaV19

Figure 1 from Structural Basis for HighAffinity Trapping of the NaV17

Structural Basis of Nav17 Inhibition by a GatingModifier Spider Toxin

Molecular basis for pore blockade of human Na channel Nav12 by the

Structures of human Nav17 channel in complex with auxiliary subunits

Schematic representation of the Nav19 channel All variants associated

Topology and functional characterization of the NaV1.6EM/β1/β2 ...

Topology and functional characterization of the NaV16EM12

Presynaptic Enhancement of Transmission from Nociceptors Expressing

Genetic code expansion and click labeling of NaV16 in living primary

NaV17 A central role in pain Neuron

Functional reciprocity between Na+ channel Nav1.6 and β1 subunits in ...

Functional reciprocity between Na channel Nav16 and 1 subunits in

Cell 子刊：颜宁与西湖大学申怀宗团队合作解析 Nav1.7 高分辨率结构，有望助力止痛药研发-丁香实验

Cell Nav17

Subcellular diversity of Nav15 in cardiomyocytes distinct functions

Gating Properties of Nav17 and Nav18 Peripheral Nerve Sodium Channels

Cardiac sodium channel Nav15 and interacting proteins Physiology and

Structures of human Nav17 channel in complex with auxiliary subunits

Nav17

Animal Toxins Can Alter the Function of Nav18 and Nav19

Frontiers Functional effects of drugs and toxins interacting with NaV14

Regulation of Nav channels in sensory neurons Trends in

General domain organization of neuronal navigator family proteins NAV

Scientists provide structural insights into NaV17 modulation by

Plasticityinduced NaV12 removal is mediated by endocytosis A

From genes to pain Nav17 and human pain disorders Trends in

Structure of the human voltagegated sodium channel Nav14 in complex

Nav11Overexpressing Interneuron Transplants Restore Brain Rhythms and

Schematic representation of the Nav19 channel All variants associated

Frontiers Ectopic expression of Nav17 in spinal dorsal horn neurons

Figure 5 from Structural Basis for HighAffinity Trapping of the NaV17

Targeting Nav17 and Nav18 with a PIKfyve inhibitor to reverse

Preclinical Animal Models to Investigate the Role of Nav17 Ion

The fates of internalized NaV17 channels in sensory neurons

PDF Blockers of Skeletal Muscle Nav14 Channels From Therapy of

NearPerfect Synaptic Integration by Nav17 in Hypothalamic Neurons

Frontiers Physiological and Pathophysiological Insights of Nav14 and

Nav18 Antibody ATTO 488

Nav11 Localizes to Axons of ParvalbuminPositive Inhibitory

The fates of internalized NaV17 channels in sensory neurons

Nav17

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