49 Bilder zum Thema "ganglion cell" bei ClipDealer

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Structure of an eye with zoom on the retina and fovea.
Retina layers, light micrograph. From top to bottom: pigment epithelium, rods and cones, outer nuclear, outer plexiform, inner nuclear, inner plexiform, ganglion cell, and nerve fibre layers. A dilated artery and a vein appear in the ganglion cell la
Neuron interior
Neuron Oligodendrocytes
Neurons
Computer artwork of nerve cells
Impulses of neurons
Impulses of neurons
Cell body of a Neuron
Cell body of a Neuron
Cell body of Neuron long-shot
Retina cone and rod in the human eye top view 3d illustration
Neuron close-up
Anatomy of a nerve
Concept of neurons and nervous system.
Multipolar neuron
Cell body of two Neurons
Retina cone and rod in the human eye isometric view 3d illustration
Patient Going Through Eye Examination In Store
Optician And Patient Shaking Hands In Clinic
Autonomous System concept
Happy Optician Asking Patient To Sit In Store
Transparent 3d head of the person and brain
Transparent head of man and neural network of brain. Isolated on black background. 3d render
Optician Asking Patient To Sit In Store
Scientific designing of Intestine epithelium, illustration.
High magnification micrograph of pseudounipolar neurons of a dorsal root ganglion stained with the Cajal's formol-uranium silver method that demonstrates the Golgi apparatus. It appears as a brown network located in the neuron cell body around the nu
Light microscope micrograph showing neurons in a dorsal root ganglion stained with cresyl violet. They are pseudounipolar neurons of rounded soma showing small, thin Nissl bodies characteristic of sensitive neurons and a large nucleus with a prominen
Light microscope micrograph showing neurons in a dorsal root ganglion stained with cresyl violet. They are pseudounipolar neurons of rounded soma showing small, thin Nissl bodies characteristic of sensitive neurons and a large nucleus with a prominen
Light micrograph showing the Golgi apparatus in neurons of dorsal root ganglion. Cajal's formol-uranium silver method. The Golgi apparatus is distributed throughout the cell body cytoplasm around the nucleus.
Low magnification light microscope micrograph of a dorsal root ganglion stained with the Cajal's formol-uranium silver method that demonstrates the Golgi apparatus in the dorsal root ganglion neurons. The Golgi apparatus is distributed throughout the
High magnification micrograph of pseudounipolar neurons of a dorsal root ganglion stained with the Cajal's formol-uranium silver method that demonstrates the Golgi apparatus. It appears as a brown network located in the neuron cell body around the nu
Scientific Designing Of Enterocyte Structure, illustration.
High magnification micrograph of pseudounipolar neurons of a dorsal root ganglion stained with the Cajal's formol-uranium silver method that demonstrates the Golgi apparatus. It appears as a brown network located in the neuron cell body around the nu
Light microscope micrograph showing neurons in a dorsal root ganglion stained with cresyl violet. They are pseudounipolar neurons of rounded soma showing small, thin Nissl bodies characteristic of sensitive neurons and a large nucleus with a prominen
High magnification micrograph of pseudounipolar neurons of a dorsal root ganglion stained with the Cajal's formol-uranium silver method that demonstrates the Golgi apparatus. It appears as a brown network located in the neuron cell body around the nu
High magnification micrograph of pseudounipolar neurons of a dorsal root ganglion stained with the Cajal's formol-uranium silver method that demonstrates the Golgi apparatus. It appears as a brown network located in the neuron cell body around the nu
High magnification micrograph of pseudounipolar neurons of a dorsal root ganglion stained with the Cajal's formol-uranium silver method that demonstrates the Golgi apparatus. It appears as a brown network located in the neuron cell body around the nu
An interesting photo taken with a microscope. Unmyelinated fibers in peripheral nerves. Longitudinal section. Hematoxylin and Eosin Stainit.
Light microscope micrograph showing neurons in a dorsal root ganglion stained with cresyl violet. They are pseudounipolar neurons of rounded soma showing small, thin Nissl bodies characteristic of sensitive neurons and a large nucleus with a prominen
High magnification micrograph of pseudounipolar neurons of a dorsal root ganglion stained with the Cajal's formol-uranium silver method that demonstrates the Golgi apparatus. It appears as a brown network located in the neuron cell body around the nu
High magnification micrograph of pseudounipolar neurons of a dorsal root ganglion stained with the Cajal's formol-uranium silver method that demonstrates the Golgi apparatus. It appears as a brown network located in the neuron cell body around the nu
High magnification micrograph of pseudounipolar neurons of a dorsal root ganglion stained with the Cajal's formol-uranium silver method that demonstrates the Golgi apparatus. It appears as a brown network located in the neuron cell body around the nu
High magnification micrograph of pseudounipolar neurons of a dorsal root ganglion stained with the Cajal's formol-uranium silver method that demonstrates the Golgi apparatus. It appears as a brown network located in the neuron cell body around the nu
Scientific Designing of Enterocyte (intestine Cell), illustration.
Light microscope micrograph showing neurons in a dorsal root ganglion stained with cresyl violet. They are pseudounipolar neurons of rounded soma showing small, thin Nissl bodies characteristic of sensitive neurons and a large nucleus with a prominen
Light micrograph showing the Golgi apparatus in neurons of dorsal root ganglion. Cajal's formol-uranium silver method. The Golgi apparatus is distributed throughout the cell body cytoplasm around the nucleus.
Light microscope micrograph showing neurons in a dorsal root ganglion stained with cresyl violet. They are pseudounipolar neurons of rounded soma showing small, thin Nissl bodies characteristic of sensitive neurons and a large nucleus with a prominen
High magnification micrograph of pseudounipolar neurons of a dorsal root ganglion stained with the Cajal's formol-uranium silver method that demonstrates the Golgi apparatus. It appears as a brown network located in the neuron cell body around the nu

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