Neuromuscular junction hi-res stock photography and images

RMEW8KEX–Neuromuscular Junction

Neuromuscular junction. Skeletal muscle and motor neuron Stock Photo

RF2G5HHKA–Neuromuscular junction. Skeletal muscle and motor neuron

Neuromuscular Junction Physiology Stock Photo

RMEW8KEY–Neuromuscular Junction Physiology

Autoantibodies bond to receptor (achr) blocking the acetylcholine transmitters in Myasthenia gravis (MG) - 3d illustration isometric view Stock Photo

RF2RH22T4–Autoantibodies bond to receptor (achr) blocking the acetylcholine transmitters in Myasthenia gravis (MG) - 3d illustration isometric view

Neuromuscular spindle and proprioception: perception of the position of parts of the body. Stock Photo

RF2JKWTKK–Neuromuscular spindle and proprioception: perception of the position of parts of the body.

Motor neuron diseases, illustration Stock Photo

RF2GDJMDT–Motor neuron diseases, illustration

RM2J290C7–Motor neuron

Muscarinic Acetylcholine receptors, muscle fiber sarcolemma, neurotransmitter or neuromuscular junction, cycle of ACH release in Myasthenia gravis, No Stock Photo

RM2Y167RE–Muscarinic Acetylcholine receptors, muscle fiber sarcolemma, neurotransmitter or neuromuscular junction, cycle of ACH release in Myasthenia gravis, No

Neuromuscular junction in myasthenia gravis - isometric view 3d illustration Stock Photo

RF2YY4YKT–Neuromuscular junction in myasthenia gravis - isometric view 3d illustration

Detailed Vector Illustration of Neuromuscular Junction for Neuroscience, Anatomy, and Physiology Education on White Background. Stock Vector

RF2XA54YR–Detailed Vector Illustration of Neuromuscular Junction for Neuroscience, Anatomy, and Physiology Education on White Background.

Electron micrograph of the neuromuscular junction. Stock Photo

RMECWYM6–Electron micrograph of the neuromuscular junction.

3D image of Rapacuronium bromide skeletal formula - molecular chemical structure of aminosteroid neuromuscular blocker isolated on white background Stock Photo

RF2K977N8–3D image of Rapacuronium bromide skeletal formula - molecular chemical structure of aminosteroid neuromuscular blocker isolated on white background

Autoantibodies bond to receptor (achr) blocking the acetylcholine transmitters in Myasthenia gravis (MG) - 3d illustration super closeup view Stock Photo

RF2RK3D9W–Autoantibodies bond to receptor (achr) blocking the acetylcholine transmitters in Myasthenia gravis (MG) - 3d illustration super closeup view

3D image of Dacuronium bromide skeletal formula - molecular chemical structure of aminosteroid isolated on white background Stock Photo

RF2JCRPAJ–3D image of Dacuronium bromide skeletal formula - molecular chemical structure of aminosteroid isolated on white background

Synapse of the nervous system. Neuromuscular Stock Photo

RF2G63Y0Y–Synapse of the nervous system. Neuromuscular

medical illustration of elements of synapse Stock Vector

RFPXDB92–medical illustration of elements of synapse

3D image of Stercuronium iodide skeletal formula - molecular chemical structure of aminosteroid neuromuscular blocking agent isolated on white backg Stock Photo

RF2K97BD9–3D image of Stercuronium iodide skeletal formula - molecular chemical structure of aminosteroid neuromuscular blocking agent isolated on white backg

Mechanism of muscle relaxation by Botox. Vector illustration. Stock Vector

RF2XFJ3PH–Mechanism of muscle relaxation by Botox. Vector illustration.

3D image of Dihydrochandonium skeletal formula - molecular chemical structure of aminosteroid isolated on white background Stock Photo

RF2JK41A4–3D image of Dihydrochandonium skeletal formula - molecular chemical structure of aminosteroid isolated on white background

Medical illustration showing the structure of a motor neuron. Stock Photo

RF2B9EEGJ–Medical illustration showing the structure of a motor neuron.

3D image of Pipecuronium bromide skeletal formula - molecular chemical structure of bisquaternary aminosteroid muscle relaxant isolated on white back Stock Photo

RF2K973PR–3D image of Pipecuronium bromide skeletal formula - molecular chemical structure of bisquaternary aminosteroid muscle relaxant isolated on white back

RMEW8KF0–Neuromuscular Junction

3D image of Rocuronium bromide skeletal formula - molecular chemical structure of aminosteroid non-depolarizing neuromuscular blocker isolated on whi Stock Photo

RF2K978F9–3D image of Rocuronium bromide skeletal formula - molecular chemical structure of aminosteroid non-depolarizing neuromuscular blocker isolated on whi

Torn muscle fibers with healing stages surrounding. 1. Macrophage clean-up. 2. New cells migrate to repair. 3. Cells differentia Stock Photo

RME6BJB2–Torn muscle fibers with healing stages surrounding. 1. Macrophage clean-up. 2. New cells migrate to repair. 3. Cells differentia

RF2GDJMDK–Motor neuron diseases, illustration

RM2J290CE–Reflex arc

RM2Y167J2–Muscarinic Acetylcholine receptors, muscle fiber sarcolemma, neurotransmitter or neuromuscular junction, cycle of ACH release in Myasthenia gravis, No

Motor neuron: neuron in contact with muscle fibers. Stock Photo

RF2JKWN82–Motor neuron: neuron in contact with muscle fibers.

3D image of acetylcholine skeletal formula - molecular chemical structure of neurotransmitter ACh isolated on white background Stock Photo

RF2JCRY8A–3D image of acetylcholine skeletal formula - molecular chemical structure of neurotransmitter ACh isolated on white background

RMECWYM7–Electron micrograph of the neuromuscular junction.

Detail of deep back muscles with a close-up of sprain, strain and spasm. Stock Photo

RME6BJC1–Detail of deep back muscles with a close-up of sprain, strain and spasm.

Golgi Tendon Organ. It is a sensory organ that perceives tendon or muscle strength. Stock Photo

RF2YBE0B4–Golgi Tendon Organ. It is a sensory organ that perceives tendon or muscle strength.

Myasthenia gravis. Autoimmune disease. space between neuron and muscle. In myasthenia gravis, abnormal antibodies prevent acetylcholine from binding, Stock Vector

RF2JMED52–Myasthenia gravis. Autoimmune disease. space between neuron and muscle. In myasthenia gravis, abnormal antibodies prevent acetylcholine from binding,

MG on Warning Road Sign on Sunset Sky Background. Stock Photo

RFEBH9P2–MG on Warning Road Sign on Sunset Sky Background.

Motor neuron. Structure and anatomy of a efferent neuron. Close-up of a Muscle fiber, and motoneuron with Dendrites, Synapse, Telodendria, Axon, Schwa Stock Vector

RF2T1HJK9–Motor neuron. Structure and anatomy of a efferent neuron. Close-up of a Muscle fiber, and motoneuron with Dendrites, Synapse, Telodendria, Axon, Schwa

3D image of Tetramethylammonium hydroxide skeletal formula - molecular chemical structure of trimethylmethanaminium hydroxide TMAH isolated on white b Stock Photo

RF2K97H6C–3D image of Tetramethylammonium hydroxide skeletal formula - molecular chemical structure of trimethylmethanaminium hydroxide TMAH isolated on white b

RF2XFJ3RN–Mechanism of muscle relaxation by Botox. Vector illustration.

3D image of Curare skeletal formula - molecular chemical structure of alkaloid arrow poison isolated on white background Stock Photo

RF2KFJ4Y2–3D image of Curare skeletal formula - molecular chemical structure of alkaloid arrow poison isolated on white background

Myasthenia gravis. An autoimmune disease of the neuromuscular junction when antibodies block or destroy nicotinic acetylcholine receptors (AChR) Stock Vector

RF2JGNRAF–Myasthenia gravis. An autoimmune disease of the neuromuscular junction when antibodies block or destroy nicotinic acetylcholine receptors (AChR)

3D image of Pancuronium skeletal formula - molecular chemical structure of aminosteroid muscle relaxant isolated on white background Stock Photo

RF2JKCYBD–3D image of Pancuronium skeletal formula - molecular chemical structure of aminosteroid muscle relaxant isolated on white background

Structure Skeletal Muscle Anatomy Stock Photo

RF2G5HHHC–Structure Skeletal Muscle Anatomy

3D image of Dipyrandium skeletal formula - molecular chemical structure of aminosteroid isolated on white background Stock Photo

RF2JK446D–3D image of Dipyrandium skeletal formula - molecular chemical structure of aminosteroid isolated on white background

An infographic template related to the neuromuscular junction, nerves, muscles, cells, and ions of the body with a dark red and yellow color scheme. Stock Photo

RF2FYEXGR–An infographic template related to the neuromuscular junction, nerves, muscles, cells, and ions of the body with a dark red and yellow color scheme.

Concept of Myasthenia Gravis write on sticky notes isolated on Wooden Table. Stock Photo

RF2R0E1EB–Concept of Myasthenia Gravis write on sticky notes isolated on Wooden Table.

Autoantibodies bond to receptor (achr) blocking the acetylcholine transmitters in Myasthenia gravis (MG) - 3d illustration closeup view Stock Photo

RF2RH22T3–Autoantibodies bond to receptor (achr) blocking the acetylcholine transmitters in Myasthenia gravis (MG) - 3d illustration closeup view

RM2Y1683F–Muscarinic Acetylcholine receptors, muscle fiber sarcolemma, neurotransmitter or neuromuscular junction, cycle of ACH release in Myasthenia gravis, No

RF2JKWN5T–Motor neuron: neuron in contact with muscle fibers.

Motor neuron connecting to a muscle fiber, computer illustration. A neuromuscular junction allows the motor neuron to transmit a signal to the muscle Stock Photo

RF2R761RH–Motor neuron connecting to a muscle fiber, computer illustration. A neuromuscular junction allows the motor neuron to transmit a signal to the muscle

RMDHW9FJ–SENSORIMOTOR SYSTEM

Microelectrode array (MEA) with cell guide. The NMJ model is established on a MEA surface to enable spatially localized detection of neuromuscular signals resulting from the firing of the synapse. The cell guide mounted on the array is part of the process of growing the muscle and nerve cells with the right anatomical organization. (DTRA image) Multiwell system with LED: The NMJ is established in culture dishes like this to start development of a high throughput NMJ model system. For this prototype, a custom-made array of LED lights allows multiple NMJ setups to simultaneously be stimulated w Stock Photo

RM2GKYH7M–Microelectrode array (MEA) with cell guide. The NMJ model is established on a MEA surface to enable spatially localized detection of neuromuscular signals resulting from the firing of the synapse. The cell guide mounted on the array is part of the process of growing the muscle and nerve cells with the right anatomical organization. (DTRA image) Multiwell system with LED: The NMJ is established in culture dishes like this to start development of a high throughput NMJ model system. For this prototype, a custom-made array of LED lights allows multiple NMJ setups to simultaneously be stimulated w

Pompe disease is a rare hereditary disease characterized by the deficiency of an enzyme called acid alpha-glucosidase (GAA). One of the main features of Pompe disease is the progressive breakdown of communications between nerve and muscle cells. This image is of a leg muscle (tibialis anterior) from an adult mouse model of Pompe disease. Nerve cells (green) and cellular nerve-muscle communication sites, called neuromuscular junctions, (red) are fluorescently labeled to observe the continued deterioration of neuromuscular junctions. Stock Photo

RM2JKFTE8–Pompe disease is a rare hereditary disease characterized by the deficiency of an enzyme called acid alpha-glucosidase (GAA). One of the main features of Pompe disease is the progressive breakdown of communications between nerve and muscle cells. This image is of a leg muscle (tibialis anterior) from an adult mouse model of Pompe disease. Nerve cells (green) and cellular nerve-muscle communication sites, called neuromuscular junctions, (red) are fluorescently labeled to observe the continued deterioration of neuromuscular junctions.

RF2YBE0BH–Golgi Tendon Organ. It is a sensory organ that perceives tendon or muscle strength.

RF2GK5R5C–Neuromuscular spindle and proprioception: perception of the position of parts of the body.

Neurotransmitters, Illustration Stock Photo

RM2BEHBNY–Neurotransmitters, Illustration

RF2H5R7N3–Neuromuscular linear icon

RF2XFJ3TY–Mechanism of muscle relaxation by Botox. Vector illustration.

Motor neuron controls muscle movement Stock Photo

RFD2HXTY–Motor neuron controls muscle movement

. The Biological bulletin. Biology; Zoology; Biology; Marine Biology. R. B. HILL AND J. W. SANGER . •«•» •.' ,." -^. FIGURE 7. The initimate juxtaposition of the nerve ending and muscle cell is illustrated here. A sarcolemniic tubule is also clearly pictured (arrow) ; scale =1.0 micron. neuromuscular junction (Figs. 7, 8, 9). The muscle cell and nerve are separated by a gap of about 150-200 A. The muscle is intimately associated with the nerve ending but there is no specialized membrane involution in the junctional area such ,-r ky# J-v. Please note that these images are extracted from sc Stock Photo

RMRHN6CK–. The Biological bulletin. Biology; Zoology; Biology; Marine Biology. R. B. HILL AND J. W. SANGER . •«•» •.' ,." -^. FIGURE 7. The initimate juxtaposition of the nerve ending and muscle cell is illustrated here. A sarcolemniic tubule is also clearly pictured (arrow) ; scale =1.0 micron. neuromuscular junction (Figs. 7, 8, 9). The muscle cell and nerve are separated by a gap of about 150-200 A. The muscle is intimately associated with the nerve ending but there is no specialized membrane involution in the junctional area such ,-r ky# J-v. Please note that these images are extracted from sc

Illustration of Structure Skeletal Muscle Stock Photo

RF2G5HHHA–Illustration of Structure Skeletal Muscle

RM2Y168HG–Muscarinic Acetylcholine receptors, muscle fiber sarcolemma, neurotransmitter or neuromuscular junction, cycle of ACH release in Myasthenia gravis, No

RF2GK0082–Neuromuscular spindle and proprioception: perception of the position of parts of the body.

RM2BEHBNJ–Neurotransmitters, Illustration

RF2XFJ3PG–Mechanism of muscle relaxation by Botox. Vector illustration.

RFCT7KKG–Skeletal muscle innervation

. The Biological bulletin. Biology; Zoology; Biology; Marine Biology. FIGURE 7. Mongolia: velum stained with methylene blue: A., whole lobe; B., an enlarged area near the margin, ne represents nerve process; scales, 50 ^ in A, 10 /JL in B.. FIGURE 8. Mongolia: section of velar margin in the region of the marginal muscle band (see Fig. 10). Abbreviations are am, process of amoebocyte; ne, nerve process; mm, marginal muscle fiber; rm, radial muscle fiber. Arrow shows a neuromuscular junction; scale, 1.0 M-. Please note that these images are extracted from scanned page images that may have been d Stock Photo

RMRHMJJ4–. The Biological bulletin. Biology; Zoology; Biology; Marine Biology. FIGURE 7. Mongolia: velum stained with methylene blue: A., whole lobe; B., an enlarged area near the margin, ne represents nerve process; scales, 50 ^ in A, 10 /JL in B.. FIGURE 8. Mongolia: section of velar margin in the region of the marginal muscle band (see Fig. 10). Abbreviations are am, process of amoebocyte; ne, nerve process; mm, marginal muscle fiber; rm, radial muscle fiber. Arrow shows a neuromuscular junction; scale, 1.0 M-. Please note that these images are extracted from scanned page images that may have been d

RM2Y168CP–Muscarinic Acetylcholine receptors, muscle fiber sarcolemma, neurotransmitter or neuromuscular junction, cycle of ACH release in Myasthenia gravis, No

RF2GK00AK–Neuromuscular spindle and proprioception: perception of the position of parts of the body.

RM2BEHBPF–Neurotransmitters, Illustration

RF2XFJ3WT–Mechanism of muscle relaxation by Botox. Vector illustration.

RMHRF6X2–Motor End Plate

RFCTE7G6–Smooth muscle innervation

. Comparative animal physiology. Physiology, Comparative; Physiology, Comparative. cgQ Comparative Animal Physiology In Crustacea the graded potentials of the neuromuscular junction con- tribute largely to the total action potential of the muscle. Their role in con- traction will be discussed below. In long-fibered smooth muscles, such as the anterior retractor of the byssus in Mytilns, impulses appear to be propagated at a rate of 13-20 cm./sec. with a simple action potential of duration 2-3 sec.^o^- 10.5 when the muscle is stimulated repetitively the action potentials increase in height (sta Stock Photo

RMREFC1F–. Comparative animal physiology. Physiology, Comparative; Physiology, Comparative. cgQ Comparative Animal Physiology In Crustacea the graded potentials of the neuromuscular junction con- tribute largely to the total action potential of the muscle. Their role in con- traction will be discussed below. In long-fibered smooth muscles, such as the anterior retractor of the byssus in Mytilns, impulses appear to be propagated at a rate of 13-20 cm./sec. with a simple action potential of duration 2-3 sec.^o^- 10.5 when the muscle is stimulated repetitively the action potentials increase in height (sta

RM2Y168XE–Muscarinic Acetylcholine receptors, muscle fiber sarcolemma, neurotransmitter or neuromuscular junction, cycle of ACH release in Myasthenia gravis, No

RF2GK5R4X–Neuromuscular spindle and proprioception: perception of the position of parts of the body.

RMCT4WDD–MYONEURAL JUNCTION

SKELETAL MUSCLE, ILLUSTRATION Stock Photo

RMCT4B0G–SKELETAL MUSCLE, ILLUSTRATION

LM: synapses between motor neuron & muscle cells Stock Photo

RMHRH5TN–LM: synapses between motor neuron & muscle cells

RMCT0AFA–MYONEURAL JUNCTION, TEM

. The Biological bulletin. Biology; Zoology; Biology; Marine Biology. GABA IN OIKOPLKL'RA NERVOUS SYSTEM 121 •<^ IL br. Y|Ai-4Q*ij ' ,'•'• Figure 2. Sagittal section through the whole animal showing the localization and GABA-like immu- noreactivity (arrowheads) of the brain (br), one of the anterior bulbs (ab). the nerve cord (n), the caudal ganglion (eg) and in a neuromuscular junction of the tail (arrow). Staining can also be seen in the gonads (g), at the apical surface of some of the intestinal cells (i). and in the rectum (r). No staining could be seen in an adjacent section treated wi Stock Photo

RMRHN0KT–. The Biological bulletin. Biology; Zoology; Biology; Marine Biology. GABA IN OIKOPLKL'RA NERVOUS SYSTEM 121 •<^ IL br. Y|Ai-4Q*ij ' ,'•'• Figure 2. Sagittal section through the whole animal showing the localization and GABA-like immu- noreactivity (arrowheads) of the brain (br), one of the anterior bulbs (ab). the nerve cord (n), the caudal ganglion (eg) and in a neuromuscular junction of the tail (arrow). Staining can also be seen in the gonads (g), at the apical surface of some of the intestinal cells (i). and in the rectum (r). No staining could be seen in an adjacent section treated wi

RMHRF53H–Motor End Plate

. The Biological bulletin. Biology; Zoology; Biology; Marine Biology. $ ' -:.-•• ' L^ ^;^i|if^,. Figure 4. Transmission electron micrographs of synaptic profiles contacting circular mantle muscle fibers (juvenile: 8 weeks old). (A and B) Longitudinal mantle section (circular fibers in cross section). A nerve process (NP) runs within the central muscle layer and forms putative synaptic contacts (arrows) onto several CMP fibers. Note the relatively large dimensions of the synaptic profiles in relation to the size of the muscle fiber. (C) Neuromuscular junction onto a CMP fiber. The synaptic prof Stock Photo

RMRHMDF4–. The Biological bulletin. Biology; Zoology; Biology; Marine Biology. $ ' -:.-•• ' L^ ^;^i|if^,. Figure 4. Transmission electron micrographs of synaptic profiles contacting circular mantle muscle fibers (juvenile: 8 weeks old). (A and B) Longitudinal mantle section (circular fibers in cross section). A nerve process (NP) runs within the central muscle layer and forms putative synaptic contacts (arrows) onto several CMP fibers. Note the relatively large dimensions of the synaptic profiles in relation to the size of the muscle fiber. (C) Neuromuscular junction onto a CMP fiber. The synaptic prof

. The Biological bulletin. Biology; Zoology; Biology; Marine Biology. FIGURE 7. The initimate juxtaposition of the nerve ending and muscle cell is illustrated here. A sarcolemniic tubule is also clearly pictured (arrow) ; scale =1.0 micron. neuromuscular junction (Figs. 7, 8, 9). The muscle cell and nerve are separated by a gap of about 150-200 A. The muscle is intimately associated with the nerve ending but there is no specialized membrane involution in the junctional area such ,-r ky# J-v. FIGURE 8. A nerve ending containing a mixture of dense and clear synaptic vesicles. The glial cell (g) Stock Photo

RMRHN6C0–. The Biological bulletin. Biology; Zoology; Biology; Marine Biology. FIGURE 7. The initimate juxtaposition of the nerve ending and muscle cell is illustrated here. A sarcolemniic tubule is also clearly pictured (arrow) ; scale =1.0 micron. neuromuscular junction (Figs. 7, 8, 9). The muscle cell and nerve are separated by a gap of about 150-200 A. The muscle is intimately associated with the nerve ending but there is no specialized membrane involution in the junctional area such ,-r ky# J-v. FIGURE 8. A nerve ending containing a mixture of dense and clear synaptic vesicles. The glial cell (g)

Neuromuscular junction Stock Photos and Images

Neuromuscular junction Stock Photos and Images

Download Confirmation

Password Confirmation

Search Results for Neuromuscular junction Stock Photos and Images (82)

Filter by agency collections

Search builder

Get great features with your free account

Get inspired for your next project!