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Stock image Action Potential

stock image A vibrant young boy energetically kicks a soccer ball on a green field under the bright sun, showcasing his passion for the sport and promising skills.

A Vibrant Young Boy Energetically Kicks A Soccer Ball On A Green Field Under The Bright Sun, Showcasing His Passion For The Sport And Promising Skills.

Image, 22.56MB, 8256 × 5504 jpg
stock vector Nerve impulse action potential of neuron

Nerve Impulse Action Potential Of Neuron

Vector, 3.16MB, 6250 × 4167 eps
stock image A young boy stands on a green soccer field, exuding excitement as he holds a soccer ball in his hands. His eyes sparkle with enthusiasm, eager to play and showcase his skills.

A Young Boy Stands On A Green Soccer Field, Exuding Excitement As He Holds A Soccer Ball In His Hands. His Eyes Sparkle With Enthusiasm, Eager To Play And Showcase His Skills.

Image, 25.88MB, 8256 × 5504 jpg
stock image Nerve impulse: central nervous system neural network with zoom on Ranvier's node.

Nerve Impulse: Central Nervous System Neural Network With Zoom On Ranvier's Node.

Image, 1.89MB, 5079 × 3514 jpg
stock image A boy in a vibrant red shirt confidently holds a baseball bat with a determined expression. He stands ready, showcasing his passion for the sport and readiness to swing.

A Boy In A Vibrant Red Shirt Confidently Holds A Baseball Bat With A Determined Expression. He Stands Ready, Showcasing His Passion For The Sport And Readiness To Swing.

Image, 8.5MB, 8256 × 2562 jpg
stock image Depolarization: phospholipid membrane with NA + and K + ion channels.

Depolarization: Phospholipid Membrane With NA + And K + Ion Channels.

Image, 2.27MB, 6600 × 5452 jpg
stock image A talented young boy is skillfully kicking a soccer ball on a green field, showcasing his agility and precision in the sport.

A Talented Young Boy Is Skillfully Kicking A Soccer Ball On A Green Field, Showcasing His Agility And Precision In The Sport.

Image, 13.47MB, 8256 × 5504 jpg
stock vector Action potential

Action Potential

Vector, 2.08MB, 3333 × 3333 eps
stock image A young boy energetically kicks a soccer ball on a field, showcasing his budding talent and passion for the sport. The sun shines brightly overhead, highlighting his determined face and the vibrant green grass beneath his feet.

A Young Boy Energetically Kicks A Soccer Ball On A Field, Showcasing His Budding Talent And Passion For The Sport. The Sun Shines Brightly Overhead, Highlighting His Determined Face And The Vibrant Green Grass Beneath His Feet.

Image, 17.16MB, 5504 × 8256 jpg
stock image Myelin sheats insulate the axon from electrical activity. This insulation increases the rate of transmission of signals, which spring from gap to gap.

Myelin Sheats Insulate The Axon From Electrical Activity. This Insulation Increases The Rate Of Transmission Of Signals, Which Spring From Gap To Gap.

Image, 3.3MB, 4298 × 8000 jpg
stock image A young boy energetically kicks a soccer ball around orange cones, showcasing his agility and skill on the field.

A Young Boy Energetically Kicks A Soccer Ball Around Orange Cones, Showcasing His Agility And Skill On The Field.

Image, 20.09MB, 5504 × 8256 jpg
stock image Neuron conceptual image of human nervous system. 3D illustration of neurons with vivid colors.

Neuron Conceptual Image Of Human Nervous System. 3D Illustration Of Neurons With Vivid Colors.

Image, 16.7MB, 3880 × 4850 jpg
stock image Two children, standing side by side, holding a soccer ball. Their expressions show excitement and determination as they anticipate playing together. The vibrant colors of their jerseys add to the dynamic and energetic atmosphere.

Two Children, Standing Side By Side, Holding A Soccer Ball. Their Expressions Show Excitement And Determination As They Anticipate Playing Together. The Vibrant Colors Of Their Jerseys Add To The Dynamic And Energetic Atmosphere.

Image, 21.41MB, 8256 × 5504 jpg
stock vector Diagram of a neuron, cerebral cortex. Structure of a nerve cell. Vector illustration

Diagram Of A Neuron, Cerebral Cortex. Structure Of A Nerve Cell. Vector Illustration

Vector, 8.5MB, 2000 × 2000 eps
stock image Neuron conceptual image of human nervous system. 3D illustration of neurons with vivid colors.

Neuron Conceptual Image Of Human Nervous System. 3D Illustration Of Neurons With Vivid Colors.

Image, 10.88MB, 4800 × 3200 jpg
stock image The QT interval of ECG is from the beginning of QRS wave to the end of T wave, representing the total time of ventricular depolarization and repolarization.

The QT Interval Of ECG Is From The Beginning Of QRS Wave To The End Of T Wave, Representing The Total Time Of Ventricular Depolarization And Repolarization.

Image, 8.09MB, 10000 × 10950 jpg
stock image Myelin sheats insulate the axon from electrical activity. This insulation increases the rate of transmission of signals, which spring from gap to gap.

Myelin Sheats Insulate The Axon From Electrical Activity. This Insulation Increases The Rate Of Transmission Of Signals, Which Spring From Gap To Gap.

Image, 7.27MB, 4298 × 8000 jpg
stock image Depolarization: phospholipid membrane with NA + and K + ion channels.

Depolarization: Phospholipid Membrane With NA + And K + Ion Channels.

Image, 2.35MB, 6600 × 5452 jpg
stock image Activation of the GABA B receptor by baclofen. GABA B receptors  are G protein-coupled receptors.  Binding of  an agonist (baclofen, red) leads to a G-protein coupled C-AMP signaling pathway. Source: PDB entries 7eb2, 6r3q,.

Activation Of The GABA B Receptor By Baclofen. GABA B Receptors Are G Protein-coupled Receptors. Binding Of An Agonist (baclofen, Red) Leads To A G-protein Coupled C-AMP Signaling Pathway. Source: PDB Entries 7eb2, 6r3q,.

Image, 9.97MB, 8000 × 6000 jpg
stock image During the onset of variant angina pectoris, ECG is divided into non fusion wave, partial fusion wave and complete fusion wave according to the fusion degree of QRS wave, ST segment and T wave.

During The Onset Of Variant Angina Pectoris, ECG Is Divided Into Non Fusion Wave, Partial Fusion Wave And Complete Fusion Wave According To The Fusion Degree Of QRS Wave, ST Segment And T Wave.

Image, 7.94MB, 10000 × 6537 jpg
stock image The neurotransmitter glutamate is transported by  synaptic vesibles to the presynaptic membrane. Calcium channels trigger the neurotransmitter reslease into the inter synaptic cleft. Glutamate binds to the NMDA (left) and AMPA receptors.

The Neurotransmitter Glutamate Is Transported By Synaptic Vesibles To The Presynaptic Membrane. Calcium Channels Trigger The Neurotransmitter Reslease Into The Inter Synaptic Cleft. Glutamate Binds To The NMDA (left) And AMPA Receptors.

Image, 38.79MB, 8000 × 6000 jpg
stock vector Electrical pathways of the heart

Electrical Pathways Of The Heart

Vector, 13.45MB, 4000 × 4000 eps
stock image R wave greater than S wave is judged to be positive; R smaller than S  is judged to be negative; R equal to S amplitude is judged to be equipotential.

R Wave Greater Than S Wave Is Judged To Be Positive; R Smaller Than S Is Judged To Be Negative; R Equal To S Amplitude Is Judged To Be Equipotential.

Image, 7.5MB, 10000 × 5119 jpg
stock image The voltage-gated sodium channel in the open conformation,side view

The Voltage-gated Sodium Channel In The Open Conformation,side View

Image, 8.24MB, 8000 × 6000 jpg
stock image White matter: neurons with myelinated axons, oligodendrocytes forming the myelin sheaths, fibrous astrocytes and microglia cells

White Matter: Neurons With Myelinated Axons, Oligodendrocytes Forming The Myelin Sheaths, Fibrous Astrocytes And Microglia Cells

Image, 12.77MB, 8000 × 6000 jpg
stock image Antidepressive drug (amitriptilyne) binding to and blocking  a sodium channel

Antidepressive Drug (amitriptilyne) Binding To And Blocking A Sodium Channel

Image, 8.37MB, 8000 × 6000 jpg
stock image Transmission of nerve impulses in a synapse between two neurons.

Transmission Of Nerve Impulses In A Synapse Between Two Neurons.

Image, 1.02MB, 3020 × 4378 jpg
stock image Mimosa pudica is a short bush of a member of a leguminous tribe whose leaves can quickly close / wither automatically when touched.

Mimosa Pudica Is A Short Bush Of A Member Of A Leguminous Tribe Whose Leaves Can Quickly Close / Wither Automatically When Touched.

Image, 11.38MB, 6000 × 4000 jpg
stock image Serotoninergic synapse where nerve impulses are transmitted through serotonin.

Serotoninergic Synapse Where Nerve Impulses Are Transmitted Through Serotonin.

Image, 1.04MB, 3020 × 4455 jpg
stock vector Communication of neurons. 3 Diagrams.

Communication Of Neurons. 3 Diagrams.

Vector, 4.62MB, 7087 × 3995 eps
stock image Serotoninergic synapse where nerve impulses are transmitted through serotonin.

Serotoninergic Synapse Where Nerve Impulses Are Transmitted Through Serotonin.

Image, 1.06MB, 3020 × 4455 jpg
stock image Oligodendrocytes form insulating myelin sheaths around neuron axons in the central nervous system. One oligodendrocyte can extend its processes to 50 axons. Myelin increases the impulse speed and decreases the capacitance of the axon membrane.

Oligodendrocytes Form Insulating Myelin Sheaths Around Neuron Axons In The Central Nervous System. One Oligodendrocyte Can Extend Its Processes To 50 Axons. Myelin Increases The Impulse Speed And Decreases The Capacitance Of The Axon Membrane.

Image, 8.09MB, 8000 × 6000 jpg
stock image A 36 year old man survived CPR after sudden syncope. The electrocardiogram was suggestive of Brugada syndrome type 1. Implantation of ICD therapy.

A 36 Year Old Man Survived CPR After Sudden Syncope. The Electrocardiogram Was Suggestive Of Brugada Syndrome Type 1. Implantation Of ICD Therapy.

Image, 19.26MB, 9000 × 13286 jpg
stock image Hypoplastic left heart syndrome is a rare congenital heart defect in which the left side of the heart is severely underdeveloped.It may affect the left ventricle, aorta, aortic valve, or mitral valve. 3D Render

Hypoplastic Left Heart Syndrome Is A Rare Congenital Heart Defect In Which The Left Side Of The Heart Is Severely Underdeveloped.It May Affect The Left Ventricle, Aorta, Aortic Valve, Or Mitral Valve. 3D Render

Image, 0.58MB, 3840 × 2160 jpg
stock image Hypoplastic left heart syndrome is a rare congenital heart defect in which the left side of the heart is severely underdeveloped.It may affect the left ventricle, aorta, aortic valve, or mitral valve. 3D Render

Hypoplastic Left Heart Syndrome Is A Rare Congenital Heart Defect In Which The Left Side Of The Heart Is Severely Underdeveloped.It May Affect The Left Ventricle, Aorta, Aortic Valve, Or Mitral Valve. 3D Render

Image, 0.53MB, 3840 × 2160 jpg
stock image The PR interval is age-related, and the PR interval should be assessed for abnormalities based on the age of the person being examined.

The PR Interval Is Age-related, And The PR Interval Should Be Assessed For Abnormalities Based On The Age Of The Person Being Examined.

Image, 10.01MB, 9000 × 12550 jpg
stock image When the amplitude of the T wave exceeds 5 mm in the limb leads and 10 mm in the thoracic leads, it is called high T wave.High T waves can be seen in physiological and pathological conditions.

When The Amplitude Of The T Wave Exceeds 5 Mm In The Limb Leads And 10 Mm In The Thoracic Leads, It Is Called High T Wave.High T Waves Can Be Seen In Physiological And Pathological Conditions.

Image, 14.87MB, 7000 × 14710 jpg
stock image The atrioventricular junction area has bidirectional conduction ability, and the impulse can be conducted from the atrium to the ventricle or from the ventricle to the atrium.

The Atrioventricular Junction Area Has Bidirectional Conduction Ability, And The Impulse Can Be Conducted From The Atrium To The Ventricle Or From The Ventricle To The Atrium.

Image, 10.39MB, 9000 × 12631 jpg
stock image Autoimmune Attack on Myelin Sheath 3D rendering

Autoimmune Attack On Myelin Sheath 3D Rendering

Image, 10.21MB, 7258 × 3920 jpg
stock image Because of the slow conduction of atrioventricular node, the PR interval of adult ECG should be greater than 120ms. This physiological phenomenon is called atrioventricular delay.

Because Of The Slow Conduction Of Atrioventricular Node, The PR Interval Of Adult ECG Should Be Greater Than 120ms. This Physiological Phenomenon Is Called Atrioventricular Delay.

Image, 8.27MB, 10000 × 6886 jpg
stock image Early repolarization is a common benign ECG change that manifests as J-point ECG with or without ST-segment elevation.

Early Repolarization Is A Common Benign ECG Change That Manifests As J-point ECG With Or Without ST-segment Elevation.

Image, 20.47MB, 10000 × 7171 jpg
stock image The PR interval of an ecg includes the time during which supraventricular impulses are transmitted through the atrioventricular node, His bundle, bundle branches, and terminal Purkinje fibers.

The PR Interval Of An Ecg Includes The Time During Which Supraventricular Impulses Are Transmitted Through The Atrioventricular Node, His Bundle, Bundle Branches, And Terminal Purkinje Fibers.

Image, 8.05MB, 10000 × 8014 jpg
stock image The atrial muscle and atrioventricular node belong to fast and slow response cells, respectively, and phase 0 depolarization is responsible for Na+ channels and Ca2+ channels, respectively.

The Atrial Muscle And Atrioventricular Node Belong To Fast And Slow Response Cells, Respectively, And Phase 0 Depolarization Is Responsible For Na+ Channels And Ca2+ Channels, Respectively.

Image, 6.25MB, 10000 × 6628 jpg
stock image The autonomic  frequency of the sinoatrial node is the fastest, and other secondary pacemakers are controlled through mechanisms of preemptive occupation and overspeed suppression.

The Autonomic Frequency Of The Sinoatrial Node Is The Fastest, And Other Secondary Pacemakers Are Controlled Through Mechanisms Of Preemptive Occupation And Overspeed Suppression.

Image, 7.29MB, 10000 × 8364 jpg
stock image According to the offset amplitude of the ST segment at J point and J60 point, ST segment elevation can be divided into three basic types: concave upward, oblique straight and concave downward type.

According To The Offset Amplitude Of The ST Segment At J Point And J60 Point, ST Segment Elevation Can Be Divided Into Three Basic Types: Concave Upward, Oblique Straight And Concave Downward Type.

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stock image Autoimmune Attack on Myelin Sheath 3D rendering

Autoimmune Attack On Myelin Sheath 3D Rendering

Image, 10.21MB, 7258 × 3920 jpg
stock vector illustration of synaptic transmission diagram

Illustration Of Synaptic Transmission Diagram

Vector, 17.35MB, 6319 × 6674 eps
stock image The action potential can be spread, while the local potential cannot be spread, but it can affect the subsequent propagation of the action potential.

The Action Potential Can Be Spread, While The Local Potential Cannot Be Spread, But It Can Affect The Subsequent Propagation Of The Action Potential.

Image, 7.81MB, 10000 × 9772 jpg
stock image Conduction disruption occurs when the impulse encounters the effective refractory period of the downstream conduction system during conduction.

Conduction Disruption Occurs When The Impulse Encounters The Effective Refractory Period Of The Downstream Conduction System During Conduction.

Image, 10.06MB, 8000 × 13084 jpg
stock image closeup photo of Mimosa pudica or shy princess flower

Closeup Photo Of Mimosa Pudica Or Shy Princess Flower

Image, 5.85MB, 2839 × 2446 jpg
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