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Stock Photos - DENDRITE (458 results)

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Stock Photo #824-128320, Reportage in a laboratory which develops therapeutic vaccinations to treat small-cell lung cancer, using optimised cryptic peptide technology. These vaccinations are intended to treat cancer by stimulating the immune system so it can recognise and attack cancer cells, without harming normal cells. They target over-expressed antigens present in tumourous cells (universal tumour antigens). The lab grows T lymphocytes and dendritic cells. Dendritic cells are filled with optimised cryptic peptides (
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Reportage in a laboratory which develops therapeutic vaccinations to treat small-cell lung cancer, using optimised cryptic pe...
Reportage in a laboratory which develops therapeutic vaccinations to treat small-cell lung cancer, using optimised cryptic peptide technology. These vaccinations are intended to treat cancer by stimulating the immune system so it can recognise and attack cancer cells, without harming normal cells. They target over-expressed antigens present in tumourous cells (universal tumour antigens). The lab grows T lymphocytes and dendritic cells. Dendritic cells are filled with optimised cryptic peptides (
Stock Photo #4128R-1618, Nerve cells, artwork
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Nerve cells, artwork
Stock Photo #4128R-314, Nerve cells, computer artwork
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Nerve cells, computer artwork
Stock Photo #824-29103, SYNAPSE. SYNAPSE LTP (long-term potentiation). Mechanism of LTP (long-term potentiation), which plays a role in learning. Stage 1 (See images no. 11969 05 and 11970 05 for stages 2 and 3). In response to a stimulus (sight, taste, touch, etc.), an electrical signal is produced which triggers the release of massive quantities of glutamate (purple triangles) by the presynaptic element. This in turn triggers a massive release of calcium (red spheres) in the dendrite (postsynaptic element), se
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SYNAPSE. SYNAPSE LTP (long-term potentiation). Mechanism of LTP (long-term potentiation), which plays a role in learning. Sta...
SYNAPSE. SYNAPSE LTP (long-term potentiation). Mechanism of LTP (long-term potentiation), which plays a role in learning. Stage 1 (See images no. 11969 05 and 11970 05 for stages 2 and 3). In response to a stimulus (sight, taste, touch, etc.), an electrical signal is produced which triggers the release of massive quantities of glutamate (purple triangles) by the presynaptic element. This in turn triggers a massive release of calcium (red spheres) in the dendrite (postsynaptic element), se
Stock Photo #4378-5398, Unipolar Neuron
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Unipolar Neuron
Stock Photo #1701R-44411, Grand Canyon National Park,Arizona.
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Grand Canyon National Park,Arizona.
Stock Photo #4239R-8558, Conceptual image of a neuron.
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Conceptual image of a neuron.
Stock Photo #4141-54667, Dead Sagebrush Skeleton (Artemisia Sp.) In The Beezley Hills Preserve, A Nature Conservancy-Protected Area Preserving Shrub-Steppe Habitat On The Columbia Plateau, Washington State, Usa, May
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Dead Sagebrush Skeleton (Artemisia Sp.) In The Beezley Hills Preserve, A Nature Conservancy-Protected Area Preserving Shrub-S...
Dead Sagebrush Skeleton (Artemisia Sp.) In The Beezley Hills Preserve, A Nature Conservancy-Protected Area Preserving Shrub-Steppe Habitat On The Columbia Plateau, Washington State, Usa, May
Stock Photo #4378-2691, Multipolar neuron with multiple extensions.
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Multipolar neuron with multiple extensions.
Stock Photo #4378-5506, Unipolar Neuron
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Unipolar Neuron
Stock Photo #1832R-10398, Neurons
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Neurons
Stock Photo #4128R-21156, Cerebellum tissue, light micrograph
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Cerebellum tissue, light micrograph
Stock Photo #1848-163235, Branches of Temple Tree Plumeria Rubra
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Branches of Temple Tree Plumeria Rubra
Stock Photo #1841R-87492,
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Stock Photo #4128R-4221, Nerve cell, artwork
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Nerve cell, artwork
Stock Photo #1832R-9902, Neurons
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Neurons
Stock Photo #4378-1129, Microscopic styled visualization of neurons.
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Microscopic styled visualization of neurons.
Stock Photo #4297-1508, Colorized snowflake photo by Wilson Bentley circa 1902
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Colorized snowflake photo by Wilson Bentley circa 1902
Stock Photo #824-88886, HERPES CORNEAE. HERPES CORNEAE Dendritic herpes simplex virus infection of the corneal epithelium.
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HERPES CORNEAE. HERPES CORNEAE Dendritic herpes simplex virus infection of the corneal epithelium.
Stock Photo #4128R-4753, Nerve cells, artwork
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Nerve cells, artwork
Stock Photo #4128R-36724, Computer artwork of nerve cells, also called neurons. Neurons are responsible for passing information around the central nervous system (CNS) and from the CNS to the rest of the body. The nerve cell comprises a nerve cell body surrounded by numerous extensions called dendrites, which collect information from other nerve cells or from sensory cells. Each neuron has one process called an axon through which information passes to other cells, including other nerve cells and muscle fibres.
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Computer artwork of nerve cells, also called neurons. Neurons are responsible for passing information around the central nerv...
Computer artwork of nerve cells, also called neurons. Neurons are responsible for passing information around the central nervous system (CNS) and from the CNS to the rest of the body. The nerve cell comprises a nerve cell body surrounded by numerous extensions called dendrites, which collect information from other nerve cells or from sensory cells. Each neuron has one process called an axon through which information passes to other cells, including other nerve cells and muscle fibres.
Stock Photo #824-128302, Reportage in a laboratory which develops therapeutic vaccinations to treat small-cell lung cancer, using optimised cryptic peptide technology. These vaccinations are intended to treat cancer by stimulating the immune system so it can recognise and attack cancer cells, without harming normal cells. They target over-expressed antigens present in tumourous cells (universal tumour antigens). The lab grows T lymphocytes and dendritic cells. Dendritic cells are filled with optimised cryptic peptides (
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Reportage in a laboratory which develops therapeutic vaccinations to treat small-cell lung cancer, using optimised cryptic pe...
Reportage in a laboratory which develops therapeutic vaccinations to treat small-cell lung cancer, using optimised cryptic peptide technology. These vaccinations are intended to treat cancer by stimulating the immune system so it can recognise and attack cancer cells, without harming normal cells. They target over-expressed antigens present in tumourous cells (universal tumour antigens). The lab grows T lymphocytes and dendritic cells. Dendritic cells are filled with optimised cryptic peptides (
Stock Photo #4378-2410, Neurons and extensions connecting to other neurons.
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Neurons and extensions connecting to other neurons.
Stock Photo #4128R-20358, Neural network, conceptual artwork
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Neural network, conceptual artwork
Stock Photo #4297-1506, Colorized snowflake photo by Wilson Bentley circa 1902
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Colorized snowflake photo by Wilson Bentley circa 1902
Stock Photo #1832R-10306, Neuron
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Neuron
Stock Photo #824-128305, Reportage in a laboratory which develops therapeutic vaccinations to treat small-cell lung cancer, using optimised cryptic peptide technology. These vaccinations are intended to treat cancer by stimulating the immune system so it can recognise and attack cancer cells, without harming normal cells. They target over-expressed antigens present in tumourous cells (universal tumour antigens). The lab grows T lymphocytes and dendritic cells. Dendritic cells are filled with optimised cryptic peptides (
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Reportage in a laboratory which develops therapeutic vaccinations to treat small-cell lung cancer, using optimised cryptic pe...
Reportage in a laboratory which develops therapeutic vaccinations to treat small-cell lung cancer, using optimised cryptic peptide technology. These vaccinations are intended to treat cancer by stimulating the immune system so it can recognise and attack cancer cells, without harming normal cells. They target over-expressed antigens present in tumourous cells (universal tumour antigens). The lab grows T lymphocytes and dendritic cells. Dendritic cells are filled with optimised cryptic peptides (
Stock Photo #4128R-20651, Neural network, conceptual artwork
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Neural network, conceptual artwork
Stock Photo #824-121520, Cross-section illustration of skin. Two dendritic cells are present in the cellular matrix of the epidermis. The lower part shows a blood vessel in the dermis.
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Cross-section illustration of skin. Two dendritic cells are present in the cellular matrix of the epidermis. The lower part s...
Cross-section illustration of skin. Two dendritic cells are present in the cellular matrix of the epidermis. The lower part shows a blood vessel in the dermis.
Stock Photo #4128R-33950, Interferon gamma, molecular model. Interferon gamma is produced by certain immune cells (T cells, dendritic cells and NK cells) as part of the immune response to invading pathogens and tumours. It is able to directly inhibit viral replication and also prompts neighbouring cells to produce protective enzymes and activates immune system cells.
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Interferon gamma, molecular model. Interferon gamma is produced by certain immune cells (T cells, dendritic cells and NK cell...
Interferon gamma, molecular model. Interferon gamma is produced by certain immune cells (T cells, dendritic cells and NK cells) as part of the immune response to invading pathogens and tumours. It is able to directly inhibit viral replication and also prompts neighbouring cells to produce protective enzymes and activates immune system cells.
Stock Photo #4128R-20985, Neural network, conceptual artwork
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Neural network, conceptual artwork
Stock Photo #1832R-10303, Neuron
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Neuron
Stock Photo #4273-20678, Manganese Dendrites, Branching Features containing Manganese Oxides found on Rock Surfaces
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Manganese Dendrites, Branching Features containing Manganese Oxides found on Rock Surfaces
Stock Photo #4128R-22414, Nerve cells, computer artwork.
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Nerve cells, computer artwork.
Stock Photo #4297-1500, Colorized snowflake photo by Wilson Bentley circa 1902
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Colorized snowflake photo by Wilson Bentley circa 1902
Stock Photo #4128R-36728, Computer artwork of nerve cells, also called neurons. Neurons are responsible for passing information around the central nervous system (CNS) and from the CNS to the rest of the body. The nerve cell comprises a nerve cell body surrounded by numerous extensions called dendrites, which collect information from other nerve cells or from sensory cells. Each neuron has one process called an axon through which information passes to other cells, including other nerve cells and muscle fibres.
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Computer artwork of nerve cells, also called neurons. Neurons are responsible for passing information around the central nerv...
Computer artwork of nerve cells, also called neurons. Neurons are responsible for passing information around the central nervous system (CNS) and from the CNS to the rest of the body. The nerve cell comprises a nerve cell body surrounded by numerous extensions called dendrites, which collect information from other nerve cells or from sensory cells. Each neuron has one process called an axon through which information passes to other cells, including other nerve cells and muscle fibres.
Stock Photo #4128R-13389, Nerve synapses, computer artwork.
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Nerve synapses, computer artwork.
Stock Photo #4141-72286, Manganese Dendrites, Branching Features containing Manganese Oxides found on Rock Surfaces
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Manganese Dendrites, Branching Features containing Manganese Oxides found on Rock Surfaces
Stock Photo #824-128338, Reportage in a laboratory which develops therapeutic vaccinations to treat small-cell lung cancer, using optimised cryptic peptide technology. These vaccinations are intended to treat cancer by stimulating the immune system so it can recognise and attack cancer cells, without harming normal cells. They target over-expressed antigens present in tumourous cells (universal tumour antigens). The lab grows T lymphocytes and dendritic cells. Dendritic cells are filled with optimised cryptic peptides (
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Reportage in a laboratory which develops therapeutic vaccinations to treat small-cell lung cancer, using optimised cryptic pe...
Reportage in a laboratory which develops therapeutic vaccinations to treat small-cell lung cancer, using optimised cryptic peptide technology. These vaccinations are intended to treat cancer by stimulating the immune system so it can recognise and attack cancer cells, without harming normal cells. They target over-expressed antigens present in tumourous cells (universal tumour antigens). The lab grows T lymphocytes and dendritic cells. Dendritic cells are filled with optimised cryptic peptides (
Stock Photo #4128R-15617, Nerve cell, computer artwork.
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Nerve cell, computer artwork.
Stock Photo #4128R-36722, Computer artwork of nerve cells, also called neurons. Neurons are responsible for passing information around the central nervous system (CNS) and from the CNS to the rest of the body. The nerve cell comprises a nerve cell body surrounded by numerous extensions called dendrites, which collect information from other nerve cells or from sensory cells. Each neuron has one process called an axon through which information passes to other cells, including other nerve cells and muscle fibres.
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Computer artwork of nerve cells, also called neurons. Neurons are responsible for passing information around the central nerv...
Computer artwork of nerve cells, also called neurons. Neurons are responsible for passing information around the central nervous system (CNS) and from the CNS to the rest of the body. The nerve cell comprises a nerve cell body surrounded by numerous extensions called dendrites, which collect information from other nerve cells or from sensory cells. Each neuron has one process called an axon through which information passes to other cells, including other nerve cells and muscle fibres.
Stock Photo #4413-232274, Dendrites of manganese on limestone Solenhofen Bavaria
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Dendrites of manganese on limestone Solenhofen Bavaria
Stock Photo #4128R-13367, Nerve cell and DNA, computer artwork.
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Nerve cell and DNA, computer artwork.
Stock Photo #824-35962, SYNAPSE. SYNAPSE Synaptic transmission. Illustration of synaptic transmission of a nerve impulse from a synapse on neuron A (purple) to a dendritic spine on neuron B (green). Vesicles liberate excitatory neurotransmitters (orange spheres) which attach themselves to the receptors (red) and open the sodium channels, enabling Na+ ions to penetrate a dendritic spine on neuron B, creating an electric current.
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SYNAPSE. SYNAPSE Synaptic transmission. Illustration of synaptic transmission of a nerve impulse from a synapse on neuron A (...
SYNAPSE. SYNAPSE Synaptic transmission. Illustration of synaptic transmission of a nerve impulse from a synapse on neuron A (purple) to a dendritic spine on neuron B (green). Vesicles liberate excitatory neurotransmitters (orange spheres) which attach themselves to the receptors (red) and open the sodium channels, enabling Na+ ions to penetrate a dendritic spine on neuron B, creating an electric current.
Stock Photo #824-110522, PAIN, DRAWING. PAIN, DRAWING The pain circuit. The pain circuit and the body´s endorphin reaction to it.
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PAIN, DRAWING. PAIN, DRAWING The pain circuit. The pain circuit and the body´s endorphin reaction to it.
Stock Photo #4128R-5907, Nerve cell, computer artwork
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Nerve cell, computer artwork
Stock Photo #1832R-9903, Neuron
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Neuron
Stock Photo #824-128317, Reportage in a laboratory which develops therapeutic vaccinations to treat small-cell lung cancer, using optimised cryptic peptide technology. These vaccinations are intended to treat cancer by stimulating the immune system so it can recognise and attack cancer cells, without harming normal cells. They target over-expressed antigens present in tumourous cells (universal tumour antigens). The lab grows T lymphocytes and dendritic cells. Dendritic cells are filled with optimised cryptic peptides (
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Reportage in a laboratory which develops therapeutic vaccinations to treat small-cell lung cancer, using optimised cryptic pe...
Reportage in a laboratory which develops therapeutic vaccinations to treat small-cell lung cancer, using optimised cryptic peptide technology. These vaccinations are intended to treat cancer by stimulating the immune system so it can recognise and attack cancer cells, without harming normal cells. They target over-expressed antigens present in tumourous cells (universal tumour antigens). The lab grows T lymphocytes and dendritic cells. Dendritic cells are filled with optimised cryptic peptides (
Stock Photo #4378-5465, Multipolar Neuron
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Multipolar Neuron
Stock Photo #1832R-10664, Neurons
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Neurons
Stock Photo #4128R-12512, Nerve cell
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Nerve cell
Stock Photo #1832R-10194, Neurons
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Neurons
Stock Photo #1899-12505, Neuron I
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Neuron I
Stock Photo #824-128316, Reportage in a laboratory which develops therapeutic vaccinations to treat small-cell lung cancer, using optimised cryptic peptide technology. These vaccinations are intended to treat cancer by stimulating the immune system so it can recognise and attack cancer cells, without harming normal cells. They target over-expressed antigens present in tumourous cells (universal tumour antigens). The lab grows T lymphocytes and dendritic cells. Dendritic cells are filled with optimised cryptic peptides (
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Reportage in a laboratory which develops therapeutic vaccinations to treat small-cell lung cancer, using optimised cryptic pe...
Reportage in a laboratory which develops therapeutic vaccinations to treat small-cell lung cancer, using optimised cryptic peptide technology. These vaccinations are intended to treat cancer by stimulating the immune system so it can recognise and attack cancer cells, without harming normal cells. They target over-expressed antigens present in tumourous cells (universal tumour antigens). The lab grows T lymphocytes and dendritic cells. Dendritic cells are filled with optimised cryptic peptides (
Stock Photo #824-128321, Reportage in a laboratory which develops therapeutic vaccinations to treat small-cell lung cancer, using optimised cryptic peptide technology. These vaccinations are intended to treat cancer by stimulating the immune system so it can recognise and attack cancer cells, without harming normal cells. They target over-expressed antigens present in tumourous cells (universal tumour antigens). The lab grows T lymphocytes and dendritic cells. Dendritic cells are filled with optimised cryptic peptides (
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Reportage in a laboratory which develops therapeutic vaccinations to treat small-cell lung cancer, using optimised cryptic pe...
Reportage in a laboratory which develops therapeutic vaccinations to treat small-cell lung cancer, using optimised cryptic peptide technology. These vaccinations are intended to treat cancer by stimulating the immune system so it can recognise and attack cancer cells, without harming normal cells. They target over-expressed antigens present in tumourous cells (universal tumour antigens). The lab grows T lymphocytes and dendritic cells. Dendritic cells are filled with optimised cryptic peptides (
Stock Photo #824-128334, Reportage in a laboratory which develops therapeutic vaccinations to treat small-cell lung cancer, using optimised cryptic peptide technology. These vaccinations are intended to treat cancer by stimulating the immune system so it can recognise and attack cancer cells, without harming normal cells. They target over-expressed antigens present in tumourous cells (universal tumour antigens). The lab grows T lymphocytes and dendritic cells. Dendritic cells are filled with optimised cryptic peptides (
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Reportage in a laboratory which develops therapeutic vaccinations to treat small-cell lung cancer, using optimised cryptic pe...
Reportage in a laboratory which develops therapeutic vaccinations to treat small-cell lung cancer, using optimised cryptic peptide technology. These vaccinations are intended to treat cancer by stimulating the immune system so it can recognise and attack cancer cells, without harming normal cells. They target over-expressed antigens present in tumourous cells (universal tumour antigens). The lab grows T lymphocytes and dendritic cells. Dendritic cells are filled with optimised cryptic peptides (
Stock Photo #1832R-8641, Neurons
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Neurons
Stock Photo #824-128324, Reportage in a laboratory which develops therapeutic vaccinations to treat small-cell lung cancer, using optimised cryptic peptide technology. These vaccinations are intended to treat cancer by stimulating the immune system so it can recognise and attack cancer cells, without harming normal cells. They target over-expressed antigens present in tumourous cells (universal tumour antigens). The lab grows T lymphocytes and dendritic cells. Dendritic cells are filled with optimised cryptic peptides (
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Reportage in a laboratory which develops therapeutic vaccinations to treat small-cell lung cancer, using optimised cryptic pe...
Reportage in a laboratory which develops therapeutic vaccinations to treat small-cell lung cancer, using optimised cryptic peptide technology. These vaccinations are intended to treat cancer by stimulating the immune system so it can recognise and attack cancer cells, without harming normal cells. They target over-expressed antigens present in tumourous cells (universal tumour antigens). The lab grows T lymphocytes and dendritic cells. Dendritic cells are filled with optimised cryptic peptides (
Stock Photo #4128R-15620, Nerve cell, computer artwork.
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Nerve cell, computer artwork.
Stock Photo #824-128311, Reportage in a laboratory which develops therapeutic vaccinations to treat small-cell lung cancer, using optimised cryptic peptide technology. These vaccinations are intended to treat cancer by stimulating the immune system so it can recognise and attack cancer cells, without harming normal cells. They target over-expressed antigens present in tumourous cells (universal tumour antigens). The lab grows T lymphocytes and dendritic cells. Dendritic cells are filled with optimised cryptic peptides (
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Reportage in a laboratory which develops therapeutic vaccinations to treat small-cell lung cancer, using optimised cryptic pe...
Reportage in a laboratory which develops therapeutic vaccinations to treat small-cell lung cancer, using optimised cryptic peptide technology. These vaccinations are intended to treat cancer by stimulating the immune system so it can recognise and attack cancer cells, without harming normal cells. They target over-expressed antigens present in tumourous cells (universal tumour antigens). The lab grows T lymphocytes and dendritic cells. Dendritic cells are filled with optimised cryptic peptides (
Stock Photo #4378-5489, Multipolar Neuron
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Multipolar Neuron
Stock Photo #4128R-3578, Neural network, artwork.
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Neural network, artwork.
Stock Photo #4378-3196, Pyramidal neurons or pyramidal cells are a type of neuron found in the brain including regions such as the cerebral cortex, hippocampus, and amygdala. Note the pyramid shaped soma, or cell body, after which the neuron is named.
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Pyramidal neurons or pyramidal cells are a type of neuron found in the brain including regions such as the cerebral cortex, h...
Pyramidal neurons or pyramidal cells are a type of neuron found in the brain including regions such as the cerebral cortex, hippocampus, and amygdala. Note the pyramid shaped soma, or cell body, after which the neuron is named.
Stock Photo #1841R-92190,
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Stock Photo #4239R-8557, Conceptual image of a neuron.
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Conceptual image of a neuron.
Stock Photo #824-128341, Reportage in a laboratory which develops therapeutic vaccinations to treat small-cell lung cancer, using optimised cryptic peptide technology. These vaccinations are intended to treat cancer by stimulating the immune system so it can recognise and attack cancer cells, without harming normal cells. They target over-expressed antigens present in tumourous cells (universal tumour antigens). The lab grows T lymphocytes and dendritic cells. Dendritic cells are filled with optimised cryptic peptides (
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Reportage in a laboratory which develops therapeutic vaccinations to treat small-cell lung cancer, using optimised cryptic pe...
Reportage in a laboratory which develops therapeutic vaccinations to treat small-cell lung cancer, using optimised cryptic peptide technology. These vaccinations are intended to treat cancer by stimulating the immune system so it can recognise and attack cancer cells, without harming normal cells. They target over-expressed antigens present in tumourous cells (universal tumour antigens). The lab grows T lymphocytes and dendritic cells. Dendritic cells are filled with optimised cryptic peptides (
Stock Photo #4128R-21277, Cerebellum tissue, light micrograph
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Cerebellum tissue, light micrograph
Stock Photo #824-128322, Reportage in a laboratory which develops therapeutic vaccinations to treat small-cell lung cancer, using optimised cryptic peptide technology. These vaccinations are intended to treat cancer by stimulating the immune system so it can recognise and attack cancer cells, without harming normal cells. They target over-expressed antigens present in tumourous cells (universal tumour antigens). The lab grows T lymphocytes and dendritic cells. Dendritic cells are filled with optimised cryptic peptides (
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Reportage in a laboratory which develops therapeutic vaccinations to treat small-cell lung cancer, using optimised cryptic pe...
Reportage in a laboratory which develops therapeutic vaccinations to treat small-cell lung cancer, using optimised cryptic peptide technology. These vaccinations are intended to treat cancer by stimulating the immune system so it can recognise and attack cancer cells, without harming normal cells. They target over-expressed antigens present in tumourous cells (universal tumour antigens). The lab grows T lymphocytes and dendritic cells. Dendritic cells are filled with optimised cryptic peptides (
Stock Photo #4128R-3876, Purkinje nerve cells, light micrograph
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Purkinje nerve cells, light micrograph
Stock Photo #824-105769, NEURON. NEURON A neuron is a nerve cell composed of a spherical body with a nucleus, an axon and cylindrical fiber-like extensions with irregular contours called dendrites. Neurons send and receive sensorial and motor messages. Incoming message arrive via the dendrite and reach the cell body where the information is analyzed and sent out again via the axon. The point of junction between the dendrites of one neuron and the axon of another neuron is called a nerve synapse. Different chemical su
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NEURON. NEURON A neuron is a nerve cell composed of a spherical body with a nucleus, an axon and cylindrical fiber-like exten...
NEURON. NEURON A neuron is a nerve cell composed of a spherical body with a nucleus, an axon and cylindrical fiber-like extensions with irregular contours called dendrites. Neurons send and receive sensorial and motor messages. Incoming message arrive via the dendrite and reach the cell body where the information is analyzed and sent out again via the axon. The point of junction between the dendrites of one neuron and the axon of another neuron is called a nerve synapse. Different chemical su
Stock Photo #4316-4612, Aerial view of a suburban neighborhood, Sacramento, California
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Aerial view of a suburban neighborhood, Sacramento, California
Stock Photo #824-48489, SYNAPSE. SYNAPSE Mechanism of LTP (long-term potentiation), after a week. Mechanism of LTP (long-term potentiation), one week later. Stage 2 (See images 11968 05 and 11970 05 for stages 1 and 3). The synapse is stimulated once again, but this time, as explained in stage 1, its efficacy is enhanced. This increased sensitivity enables the nerve impulse to travel more easily from one neuron to another. This is the learning process.
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SYNAPSE. SYNAPSE Mechanism of LTP (long-term potentiation), after a week. Mechanism of LTP (long-term potentiation), one week...
SYNAPSE. SYNAPSE Mechanism of LTP (long-term potentiation), after a week. Mechanism of LTP (long-term potentiation), one week later. Stage 2 (See images 11968 05 and 11970 05 for stages 1 and 3). The synapse is stimulated once again, but this time, as explained in stage 1, its efficacy is enhanced. This increased sensitivity enables the nerve impulse to travel more easily from one neuron to another. This is the learning process.
Stock Photo #4239R-8251, Microscopic view of a multipolar neuron. Multipolar neurons possess a single axon and many dendrites.
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Microscopic view of a multipolar neuron. Multipolar neurons possess a single axon and many dendrites.
Stock Photo #824-33799, KERATOSIS TREATMENT. Representation of the action of a treating cream on a keratosis. The ointment contains an immunomodulator that will stimulate the production of cytokines Interferon alpha, Interleukins, TNF alpha then triggering an immune response that will enable the
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KERATOSIS TREATMENT. Representation of the action of a treating cream on a keratosis. The ointment contains an immunomodulato...
KERATOSIS TREATMENT. Representation of the action of a treating cream on a keratosis. The ointment contains an immunomodulator that will stimulate the production of cytokines Interferon alpha, Interleukins, TNF alpha then triggering an immune response that will enable the
Stock Photo #4378-5284, Unipolar Neuron
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Unipolar Neuron
Stock Photo #4378-3637, Multiple nerve cells, which are also called neurons. These are responsible for passing information around the central nervous system within the human body.
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Multiple nerve cells, which are also called neurons. These are responsible for passing information around the central nervous...
Multiple nerve cells, which are also called neurons. These are responsible for passing information around the central nervous system within the human body.
Stock Photo #4128R-22411, Synapse, computer artwork.
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Synapse, computer artwork.
Stock Photo #1832R-10390, Neurons
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Neurons
Stock Photo #4128R-4866, Cerebellum structure, light micrograph
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Cerebellum structure, light micrograph
Stock Photo #1566-462033, Neuron, nerve cells, dendritic tree, axons, soma, synapses, 400 X optical microscope, photomicrography , histology
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Neuron, nerve cells, dendritic tree, axons, soma, synapses, 400 X optical microscope, photomicrography , histology
Stock Photo #1841R-92545,
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Stock Photo #1899-13198, Neuron III
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Neuron III
Stock Photo #4378-3135, Pyramidal neurons or pyramidal cells are a type of neuron found in the brain including regions such as the cerebral cortex, hippocampus, and amygdala. Note the pyramid shaped soma, or cell body, after which the neuron is named.
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Pyramidal neurons or pyramidal cells are a type of neuron found in the brain including regions such as the cerebral cortex, h...
Pyramidal neurons or pyramidal cells are a type of neuron found in the brain including regions such as the cerebral cortex, hippocampus, and amygdala. Note the pyramid shaped soma, or cell body, after which the neuron is named.
Stock Photo #4029R-5140, Nerve Root, Magnification, Axon, Nervous Tissue, Dendrite, Pattern
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Nerve Root, Magnification, Axon, Nervous Tissue, Dendrite, Pattern
Stock Photo #4378-975, Microscopic styled visualization of neurons.
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Microscopic styled visualization of neurons.
Stock Photo #4128R-36732, Computer artwork of nerve cells, also called neurons. Neurons are responsible for passing information around the central nervous system (CNS) and from the CNS to the rest of the body. The nerve cell comprises a nerve cell body surrounded by numerous extensions called dendrites, which collect information from other nerve cells or from sensory cells. Each neuron has one process called an axon through which information passes to other cells, including other nerve cells and muscle fibres.
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Computer artwork of nerve cells, also called neurons. Neurons are responsible for passing information around the central nerv...
Computer artwork of nerve cells, also called neurons. Neurons are responsible for passing information around the central nervous system (CNS) and from the CNS to the rest of the body. The nerve cell comprises a nerve cell body surrounded by numerous extensions called dendrites, which collect information from other nerve cells or from sensory cells. Each neuron has one process called an axon through which information passes to other cells, including other nerve cells and muscle fibres.
Stock Photo #4128R-22413, Synapse, computer artwork.
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Synapse, computer artwork.
Stock Photo #4128R-6974, Nerve cell, computer artwork
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Nerve cell, computer artwork
Stock Photo #4128R-5153, Nerve cells, artwork
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Nerve cells, artwork
Stock Photo #4128R-20192, Nerve cells, computer artwork.
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Nerve cells, computer artwork.
Stock Photo #4128R-21319, Cerebellum tissue, light micrograph
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Cerebellum tissue, light micrograph
Stock Photo #4239R-9343, Conceptual image of neuron.
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Conceptual image of neuron.
Stock Photo #1841R-87490,
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Stock Photo #4128R-36734, Computer artwork of nerve cells, also called neurons. Neurons are responsible for passing information around the central nervous system (CNS) and from the CNS to the rest of the body. The nerve cell comprises a nerve cell body surrounded by numerous extensions called dendrites, which collect information from other nerve cells or from sensory cells. Each neuron has one process called an axon through which information passes to other cells, including other nerve cells and muscle fibres.
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Computer artwork of nerve cells, also called neurons. Neurons are responsible for passing information around the central nerv...
Computer artwork of nerve cells, also called neurons. Neurons are responsible for passing information around the central nervous system (CNS) and from the CNS to the rest of the body. The nerve cell comprises a nerve cell body surrounded by numerous extensions called dendrites, which collect information from other nerve cells or from sensory cells. Each neuron has one process called an axon through which information passes to other cells, including other nerve cells and muscle fibres.
Stock Photo #4297-1498, Colorized snowflake photo by Wilson Bentley circa 1902
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Colorized snowflake photo by Wilson Bentley circa 1902
Stock Photo #4378-5720, Bipolar Neuron
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Bipolar Neuron
Stock Photo #4128R-1375, Purkinje cells. Light micrograph of a section through the cerebellum, which has been treated with silver stains, showing pukinje cells dark blue and their dendritic processes. Magnification: x250 when printed at 10 centimetres wide.
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Purkinje cells. Light micrograph of a section through the cerebellum, which has been treated with silver stains, showing puki...
Purkinje cells. Light micrograph of a section through the cerebellum, which has been treated with silver stains, showing pukinje cells dark blue and their dendritic processes. Magnification: x250 when printed at 10 centimetres wide.
Stock Photo #4128R-13430, Nerve cells, computer artwork.
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Nerve cells, computer artwork.
Stock Photo #4128R-10859, Nerve cell. Computer artwork of a nerve cell, also called a neuron.
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Nerve cell. Computer artwork of a nerve cell, also called a neuron.
Stock Photo #1566-1263576, Tree Agate - form of quartz with dendritic inclusion - from India
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Tree Agate - form of quartz with dendritic inclusion - from India
Stock Photo #1832R-8947, Neurons
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Neurons
Stock Photo #1832R-10749, Neurons
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Neurons
Stock Photo #4128R-36723, Computer artwork of firing nerve cells, also called neurons. Neurons are responsible for passing information around the central nervous system (CNS) and from the CNS to the rest of the body. The nerve cell comprises a nerve cell body surrounded by numerous extensions called dendrites, which collect information from other nerve cells or from sensory cells. Each neuron has one process called an axon through which information passes to other cells, including other nerve cells and muscle fibres.
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Computer artwork of firing nerve cells, also called neurons. Neurons are responsible for passing information around the centr...
Computer artwork of firing nerve cells, also called neurons. Neurons are responsible for passing information around the central nervous system (CNS) and from the CNS to the rest of the body. The nerve cell comprises a nerve cell body surrounded by numerous extensions called dendrites, which collect information from other nerve cells or from sensory cells. Each neuron has one process called an axon through which information passes to other cells, including other nerve cells and muscle fibres.
Stock Photo #4378-2720, Areas of light showing neurons and their connective pathways.
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Areas of light showing neurons and their connective pathways.
Stock Photo #824-21094, SKIN, ILLUSTRATION. SKIN, ILLUSTRATION Anatomical cutaway view of the epidermis with from the top to the bottom, in brown : the layer of the pavimentous epithelial cells, in blue, the layer of keratinocytes, in purple, the layer of the basal cells. In red, the dermis. The blue structures present in the layer of keratinocytes are Langerhans cells, involved in the immune defense. The pink structures inserted in the layer of basal cells are melanocytes.
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SKIN, ILLUSTRATION. SKIN, ILLUSTRATION Anatomical cutaway view of the epidermis with from the top to the bottom, in brown : t...
SKIN, ILLUSTRATION. SKIN, ILLUSTRATION Anatomical cutaway view of the epidermis with from the top to the bottom, in brown : the layer of the pavimentous epithelial cells, in blue, the layer of keratinocytes, in purple, the layer of the basal cells. In red, the dermis. The blue structures present in the layer of keratinocytes are Langerhans cells, involved in the immune defense. The pink structures inserted in the layer of basal cells are melanocytes.
Stock Photo #4128R-13387, Nerve synapses, computer artwork.
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Nerve synapses, computer artwork.
Stock Photo #4378-5433, Multipolar Neuron
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Multipolar Neuron
Stock Photo #4378-1872, Neurons connecting at synapses.
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Neurons connecting at synapses.
Stock Photo #824-31292, VAGINAL SAMPLE. Introduction of the dry swab in the vagina self_collected vaginal swab. The swab is introduced at 5 cm of depth inside the vagina and turned 3 times so as to collect vaginal secretions to be analyzed. This test is used for the screening of different v
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VAGINAL SAMPLE. Introduction of the dry swab in the vagina self_collected vaginal swab. The swab is introduced at 5 cm of dep...
VAGINAL SAMPLE. Introduction of the dry swab in the vagina self_collected vaginal swab. The swab is introduced at 5 cm of depth inside the vagina and turned 3 times so as to collect vaginal secretions to be analyzed. This test is used for the screening of different v
Stock Photo #4128R-4610, Nerve cell, computer artwork
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Nerve cell, computer artwork
Stock Photo #1832R-11479, Neurons
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Neurons
Stock Photo #4029R-163175, Axon, Computer Graphic, Close-Up, Biotech, Atom
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Axon, Computer Graphic, Close-Up, Biotech, Atom
Stock Photo #1848-715644, Dendritic cell of the immune system, illustration
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Dendritic cell of the immune system, illustration
Stock Photo #1841R-80985,
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Stock Photo #4128R-13372, Nerve cell, computer artwork.
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Nerve cell, computer artwork.
Stock Photo #4128R-15615, Nerve cell, computer artwork.
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Nerve cell, computer artwork.
Stock Photo #4128R-15621, Nerve cell, computer artwork.
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Nerve cell, computer artwork.
Stock Photo #4450-3285, Dendrite patterns on limestone slab, Solnhofen, Germany
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Dendrite patterns on limestone slab, Solnhofen, Germany
Stock Photo #1832R-8741, Neurons
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Neurons
Stock Photo #4378-1115, Microscopic styled visualization of neurons.
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Microscopic styled visualization of neurons.
Stock Photo #4128R-36727, Computer artwork of nerve cells, also called neurons. Neurons are responsible for passing information around the central nervous system (CNS) and from the CNS to the rest of the body. The nerve cell comprises a nerve cell body surrounded by numerous extensions called dendrites, which collect information from other nerve cells or from sensory cells. Each neuron has one process called an axon through which information passes to other cells, including other nerve cells and muscle fibres.
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Computer artwork of nerve cells, also called neurons. Neurons are responsible for passing information around the central nerv...
Computer artwork of nerve cells, also called neurons. Neurons are responsible for passing information around the central nervous system (CNS) and from the CNS to the rest of the body. The nerve cell comprises a nerve cell body surrounded by numerous extensions called dendrites, which collect information from other nerve cells or from sensory cells. Each neuron has one process called an axon through which information passes to other cells, including other nerve cells and muscle fibres.
Stock Photo #4297-1240, Scanning electron microscopic image of a snowflake
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Scanning electron microscopic image of a snowflake
Stock Photo #1832R-9601, Neurons
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Neurons
Stock Photo #4378-1085, Microscopic styled visualization of neurons.
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Microscopic styled visualization of neurons.
Stock Photo #4378-1038, Microscopic styled visualization of neurons.
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Microscopic styled visualization of neurons.
Stock Photo #1832R-8634, Neurons
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Neurons
Stock Photo #4128R-5389, Nerve cells, computer artwork
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Nerve cells, computer artwork
Stock Photo #4128R-15055, Nerve cell, computer artwork.
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Nerve cell, computer artwork.
Stock Photo #4378-5218, Multipolar Neuron
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Multipolar Neuron
Stock Photo #4297-1503, Colorized snowflake photo by Wilson Bentley circa 1902
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Colorized snowflake photo by Wilson Bentley circa 1902
Stock Photo #824-128342, Reportage in a laboratory which develops therapeutic vaccinations to treat small-cell lung cancer, using optimised cryptic peptide technology. These vaccinations are intended to treat cancer by stimulating the immune system so it can recognise and attack cancer cells, without harming normal cells. They target over-expressed antigens present in tumourous cells (universal tumour antigens). The lab grows T lymphocytes and dendritic cells. Dendritic cells are filled with optimised cryptic peptides (
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Reportage in a laboratory which develops therapeutic vaccinations to treat small-cell lung cancer, using optimised cryptic pe...
Reportage in a laboratory which develops therapeutic vaccinations to treat small-cell lung cancer, using optimised cryptic peptide technology. These vaccinations are intended to treat cancer by stimulating the immune system so it can recognise and attack cancer cells, without harming normal cells. They target over-expressed antigens present in tumourous cells (universal tumour antigens). The lab grows T lymphocytes and dendritic cells. Dendritic cells are filled with optimised cryptic peptides (
Stock Photo #1832R-9570, Neurons
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Neurons
Stock Photo #1574R-09830, Brain Cell
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Brain Cell
Stock Photo #1841R-96207,
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Stock Photo #824-80320, NEURON. Motor neuron. Representation of a motor neuron, neuron in orangish body of a neuron and dendrites and in purple myelin sheath protecting the axon, in contact with muscle fibers in pink at the level of the motor end plates, at the extremity of the terminal button of the axon in yellow that transmit to the muscle the nerve impulse order of the brain.
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NEURON. Motor neuron. Representation of a motor neuron, neuron in orangish body of a neuron and dendrites and in purple myeli...
NEURON. Motor neuron. Representation of a motor neuron, neuron in orangish body of a neuron and dendrites and in purple myelin sheath protecting the axon, in contact with muscle fibers in pink at the level of the motor end plates, at the extremity of the terminal button of the axon in yellow that transmit to the muscle the nerve impulse order of the brain.
Stock Photo #4378-1861, Neurons connecting at synapses.
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Neurons connecting at synapses.
Stock Photo #4378-5215, Bipolar Neuron
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Bipolar Neuron
Stock Photo #4128R-913, Nerve cells, artwork
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Nerve cells, artwork
Stock Photo #4378-2562, Neurons and extensions connecting to other neurons.
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Neurons and extensions connecting to other neurons.
Stock Photo #1566-1266896, Dendritic Pyrolusite (Zaire) Manganese oxide
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Dendritic Pyrolusite (Zaire) Manganese oxide
Stock Photo #1566-1263523, Tree Agate - form of quartz with dendritic inclusion - from India
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Tree Agate - form of quartz with dendritic inclusion - from India
Stock Photo #4378-3189, Multiple nerve cells, which are also called neurons. These are responsible for passing information around the central nervous system within the human body.
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Multiple nerve cells, which are also called neurons. These are responsible for passing information around the central nervous...
Multiple nerve cells, which are also called neurons. These are responsible for passing information around the central nervous system within the human body.
Stock Photo #4128R-4873, Nerve cell, artwork
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Nerve cell, artwork
Stock Photo #824-65641, NERVE IMPULSE, DRAWING. NERVE IMPULSE, DRAWING Illustration of the transmission of a nerve impulse with a central close-up showing how the transmission occurs between a synapse on neuron A to a dendritic spine on neuron B. Vesicles liberate excitatory neurotransmitters (purple triangles) which open the sodium channels and enable Na+ ions (red spheres) to penetrate a dendritic spine on neuron B, creating an electric current which travels along the latter neuron´s axon to its synapses.
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NERVE IMPULSE, DRAWING. NERVE IMPULSE, DRAWING Illustration of the transmission of a nerve impulse with a central close-up sh...
NERVE IMPULSE, DRAWING. NERVE IMPULSE, DRAWING Illustration of the transmission of a nerve impulse with a central close-up showing how the transmission occurs between a synapse on neuron A to a dendritic spine on neuron B. Vesicles liberate excitatory neurotransmitters (purple triangles) which open the sodium channels and enable Na+ ions (red spheres) to penetrate a dendritic spine on neuron B, creating an electric current which travels along the latter neuron´s axon to its synapses.
Stock Photo #4128R-15618, Nerve cell, computer artwork.
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Nerve cell, computer artwork.
Stock Photo #1848-715642, Dendritic cell of the immune system detecting a bacterium, illustration
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Dendritic cell of the immune system detecting a bacterium, illustration
Stock Photo #824-128319, Reportage in a laboratory which develops therapeutic vaccinations to treat small-cell lung cancer, using optimised cryptic peptide technology. These vaccinations are intended to treat cancer by stimulating the immune system so it can recognise and attack cancer cells, without harming normal cells. They target over-expressed antigens present in tumourous cells (universal tumour antigens). The lab grows T lymphocytes and dendritic cells. Dendritic cells are filled with optimised cryptic peptides (
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Reportage in a laboratory which develops therapeutic vaccinations to treat small-cell lung cancer, using optimised cryptic pe...
Reportage in a laboratory which develops therapeutic vaccinations to treat small-cell lung cancer, using optimised cryptic peptide technology. These vaccinations are intended to treat cancer by stimulating the immune system so it can recognise and attack cancer cells, without harming normal cells. They target over-expressed antigens present in tumourous cells (universal tumour antigens). The lab grows T lymphocytes and dendritic cells. Dendritic cells are filled with optimised cryptic peptides (
Stock Photo #4268R-2038, Cross-section diagram of a human nerve fascicle, including a bundle of nerve fibres, blood vessels and myelin sheath.
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Cross-section diagram of a human nerve fascicle, including a bundle of nerve fibres, blood vessels and myelin sheath.
Stock Photo #4282-34775, England, Oxfordshire, Radley. An avenue of hoarfrost trees at Radley College in Oxfordshire.
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England, Oxfordshire, Radley. An avenue of hoarfrost trees at Radley College in Oxfordshire.
Stock Photo #824-128323, Reportage in a laboratory which develops therapeutic vaccinations to treat small-cell lung cancer, using optimised cryptic peptide technology. These vaccinations are intended to treat cancer by stimulating the immune system so it can recognise and attack cancer cells, without harming normal cells. They target over-expressed antigens present in tumourous cells (universal tumour antigens). The lab grows T lymphocytes and dendritic cells. Dendritic cells are filled with optimised cryptic peptides (
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Reportage in a laboratory which develops therapeutic vaccinations to treat small-cell lung cancer, using optimised cryptic pe...
Reportage in a laboratory which develops therapeutic vaccinations to treat small-cell lung cancer, using optimised cryptic peptide technology. These vaccinations are intended to treat cancer by stimulating the immune system so it can recognise and attack cancer cells, without harming normal cells. They target over-expressed antigens present in tumourous cells (universal tumour antigens). The lab grows T lymphocytes and dendritic cells. Dendritic cells are filled with optimised cryptic peptides (
Stock Photo #4378-3611, Pyramidal neurons or pyramidal cells are a type of neuron found in the brain including regions such as the cerebral cortex, hippocampus, and amygdala. Note the pyramid shaped soma, or cell body, after which the neuron is named.
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Pyramidal neurons or pyramidal cells are a type of neuron found in the brain including regions such as the cerebral cortex, h...
Pyramidal neurons or pyramidal cells are a type of neuron found in the brain including regions such as the cerebral cortex, hippocampus, and amygdala. Note the pyramid shaped soma, or cell body, after which the neuron is named.
Stock Photo #824-128303, Reportage in a laboratory which develops therapeutic vaccinations to treat small-cell lung cancer, using optimised cryptic peptide technology. These vaccinations are intended to treat cancer by stimulating the immune system so it can recognise and attack cancer cells, without harming normal cells. They target over-expressed antigens present in tumourous cells (universal tumour antigens). The lab grows T lymphocytes and dendritic cells. Dendritic cells are filled with optimised cryptic peptides (
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Reportage in a laboratory which develops therapeutic vaccinations to treat small-cell lung cancer, using optimised cryptic pe...
Reportage in a laboratory which develops therapeutic vaccinations to treat small-cell lung cancer, using optimised cryptic peptide technology. These vaccinations are intended to treat cancer by stimulating the immune system so it can recognise and attack cancer cells, without harming normal cells. They target over-expressed antigens present in tumourous cells (universal tumour antigens). The lab grows T lymphocytes and dendritic cells. Dendritic cells are filled with optimised cryptic peptides (
Stock Photo #4128R-21224, Neuron and synapses, artwork
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Neuron and synapses, artwork
Stock Photo #824-128304, Reportage in a laboratory which develops therapeutic vaccinations to treat small-cell lung cancer, using optimised cryptic peptide technology. These vaccinations are intended to treat cancer by stimulating the immune system so it can recognise and attack cancer cells, without harming normal cells. They target over-expressed antigens present in tumourous cells (universal tumour antigens). The lab grows T lymphocytes and dendritic cells. Dendritic cells are filled with optimised cryptic peptides (
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Reportage in a laboratory which develops therapeutic vaccinations to treat small-cell lung cancer, using optimised cryptic pe...
Reportage in a laboratory which develops therapeutic vaccinations to treat small-cell lung cancer, using optimised cryptic peptide technology. These vaccinations are intended to treat cancer by stimulating the immune system so it can recognise and attack cancer cells, without harming normal cells. They target over-expressed antigens present in tumourous cells (universal tumour antigens). The lab grows T lymphocytes and dendritic cells. Dendritic cells are filled with optimised cryptic peptides (
Stock Photo #4128R-12511, Nerve cell
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Nerve cell
Stock Photo #824-30670, VAGINAL SAMPLE
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VAGINAL SAMPLE
Stock Photo #4316-1047, Aerial View of a Riparian Swath That Winds Through the Torrid Desert Near The City of Haditha in Iraq's Al Anbar Province
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Aerial View of a Riparian Swath That Winds Through the Torrid Desert Near The City of Haditha in Iraq's Al Anbar Province
Stock Photo #1832R-10318, Neurons
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Neurons
Stock Photo #824-128335, Reportage in a laboratory which develops therapeutic vaccinations to treat small-cell lung cancer, using optimised cryptic peptide technology. These vaccinations are intended to treat cancer by stimulating the immune system so it can recognise and attack cancer cells, without harming normal cells. They target over-expressed antigens present in tumourous cells (universal tumour antigens). The lab grows T lymphocytes and dendritic cells. Dendritic cells are filled with optimised cryptic peptides (
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Reportage in a laboratory which develops therapeutic vaccinations to treat small-cell lung cancer, using optimised cryptic pe...
Reportage in a laboratory which develops therapeutic vaccinations to treat small-cell lung cancer, using optimised cryptic peptide technology. These vaccinations are intended to treat cancer by stimulating the immune system so it can recognise and attack cancer cells, without harming normal cells. They target over-expressed antigens present in tumourous cells (universal tumour antigens). The lab grows T lymphocytes and dendritic cells. Dendritic cells are filled with optimised cryptic peptides (
Stock Photo #4128R-20886, Cerebellum tissue, light micrograph
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Cerebellum tissue, light micrograph
Stock Photo #1832R-8783, Neurons
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Neurons
Stock Photo #4128R-3544, Nerve cell, computer artwork
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Nerve cell, computer artwork
Stock Photo #1848-472560, Solnhofen limestone with dendrites, Solnhofen, Bavaria, Germany, Europe
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Solnhofen limestone with dendrites, Solnhofen, Bavaria, Germany, Europe
Stock Photo #4128R-36711, Computer artwork of nerve cells, also called neurons. Neurons are responsible for passing information around the central nervous system (CNS) and from the CNS to the rest of the body. The nerve cell comprises a nerve cell body surrounded by numerous extensions called dendrites, which collect information from other nerve cells or from sensory cells. Each neuron has one process called an axon through which information passes to other cells, including other nerve cells and muscle fibres.
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Computer artwork of nerve cells, also called neurons. Neurons are responsible for passing information around the central nerv...
Computer artwork of nerve cells, also called neurons. Neurons are responsible for passing information around the central nervous system (CNS) and from the CNS to the rest of the body. The nerve cell comprises a nerve cell body surrounded by numerous extensions called dendrites, which collect information from other nerve cells or from sensory cells. Each neuron has one process called an axon through which information passes to other cells, including other nerve cells and muscle fibres.
Stock Photo #824-101241, ASTROCYTE. Representation at the level of the brain of a network of astrocytes glial cells that support the neurons in the brain and the spinal cord and attach the neurons to vessels. On one hand these astrocytes are fixed to the vessels of the brain, fixed betwee
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ASTROCYTE. Representation at the level of the brain of a network of astrocytes glial cells that support the neurons in the br...
ASTROCYTE. Representation at the level of the brain of a network of astrocytes glial cells that support the neurons in the brain and the spinal cord and attach the neurons to vessels. On one hand these astrocytes are fixed to the vessels of the brain, fixed betwee
Stock Photo #4128R-12506, Neural network, computer artwork
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Neural network, computer artwork
Stock Photo #1895-28622, Fossils, prehistoric.
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Fossils, prehistoric.
Stock Photo #4378-5300, Multipolar Neuron
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Multipolar Neuron
Stock Photo #824-50298, IMMUNE SYSTEM, ILLUSTRATION. IMMUNE SYSTEM, ILLUSTRATION An organism´s defense mechanisms. An organism´s defense mechanisms. Illustration of a body´s immune responses to invasions by antigens, viruses or bacteria. - On the left, fragments of antigens are presented by the dendritic cells to the T CD4 lymphocytes which trigger an immune response which incites ´killer´ T CD8 lymphocytes to destroy the infected cells and ´memory´ T CD8 lymphocytes to be stored in case of a new attack. - On
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IMMUNE SYSTEM, ILLUSTRATION. IMMUNE SYSTEM, ILLUSTRATION An organism´s defense mechanisms. An organism´s defense mechanisms. ...
IMMUNE SYSTEM, ILLUSTRATION. IMMUNE SYSTEM, ILLUSTRATION An organism´s defense mechanisms. An organism´s defense mechanisms. Illustration of a body´s immune responses to invasions by antigens, viruses or bacteria. - On the left, fragments of antigens are presented by the dendritic cells to the T CD4 lymphocytes which trigger an immune response which incites ´killer´ T CD8 lymphocytes to destroy the infected cells and ´memory´ T CD8 lymphocytes to be stored in case of a new attack. - On
Stock Photo #4128R-20202, Nerve cells. Computer artwork of nerve cells or neurons firing.
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Nerve cells. Computer artwork of nerve cells or neurons firing.
Stock Photo #4128R-20489, Cerebellum tissue, light micrograph
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Cerebellum tissue, light micrograph
Stock Photo #824-47065, NEURON. A pyamidal neuron of the mouse brain red is composed of a cell body, an axon the long prolongation with a regular contour and several dendrites. The irregular contour of the dendrites is explained by the presence of dentritic spikes which enter into c
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NEURON. A pyamidal neuron of the mouse brain red is composed of a cell body, an axon the long prolongation with a regular con...
NEURON. A pyamidal neuron of the mouse brain red is composed of a cell body, an axon the long prolongation with a regular contour and several dendrites. The irregular contour of the dendrites is explained by the presence of dentritic spikes which enter into c
Stock Photo #4128R-20652, Synapses, artwork
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Synapses, artwork
Stock Photo #4378-3281, Multiple nerve cells, which are also called neurons. These are responsible for passing information around the central nervous system within the human body.
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Multiple nerve cells, which are also called neurons. These are responsible for passing information around the central nervous...
Multiple nerve cells, which are also called neurons. These are responsible for passing information around the central nervous system within the human body.
Stock Photo #1832R-9435, Neurons
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Neurons
Stock Photo #4282-34776, England, Oxfordshire, Radley. Hoarfrost encrusted leaves at Radley College in Oxfordshire.
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England, Oxfordshire, Radley. Hoarfrost encrusted leaves at Radley College in Oxfordshire.
Stock Photo #4128R-12507, Neural network, computer artwork
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Neural network, computer artwork
Stock Photo #4128R-12508, Neural network, computer artwork
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Neural network, computer artwork
Stock Photo #4378-5764, Bipolar Neuron
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Bipolar Neuron
Stock Photo #4128R-2536, Purkinje cells. Light micrograph of a section through the cerebellum, which has been treated with silver stains, showing pukinje cells dark brown and their dendritic processes. Magnification: x250 when printed at 10 centimetres wide.
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Purkinje cells. Light micrograph of a section through the cerebellum, which has been treated with silver stains, showing puki...
Purkinje cells. Light micrograph of a section through the cerebellum, which has been treated with silver stains, showing pukinje cells dark brown and their dendritic processes. Magnification: x250 when printed at 10 centimetres wide.
Stock Photo #4378-3403, Multiple nerve cells, which are also called neurons. These are responsible for passing information around the central nervous system within the human body.
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Multiple nerve cells, which are also called neurons. These are responsible for passing information around the central nervous...
Multiple nerve cells, which are also called neurons. These are responsible for passing information around the central nervous system within the human body.
Stock Photo #1832R-8713, Neurons
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Neurons
Stock Photo #4128R-27269, Nerve synapse. Computer artwork of a junction, or synapse, between two nerve cells (neurons, blue). As the electrical signal reaches the presynaptic end of a neuron it triggers the release of neurotransmitters across the gap, or synaptic cleft, between the two cells. The neurotransmitters bind to receptors on the postsynaptic membrane, changing the membrane's excitability and triggering an electrical impulse. A network of neurons is in the background. Each neuron consists of a central cell body
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Nerve synapse. Computer artwork of a junction, or synapse, between two nerve cells (neurons, blue). As the electrical signal ...
Nerve synapse. Computer artwork of a junction, or synapse, between two nerve cells (neurons, blue). As the electrical signal reaches the presynaptic end of a neuron it triggers the release of neurotransmitters across the gap, or synaptic cleft, between the two cells. The neurotransmitters bind to receptors on the postsynaptic membrane, changing the membrane's excitability and triggering an electrical impulse. A network of neurons is in the background. Each neuron consists of a central cell body
Stock Photo #4378-3658, Pyramidal neurons or pyramidal cells are a type of neuron found in the brain including regions such as the cerebral cortex, hippocampus, and amygdala. Note the pyramid shaped soma, or cell body, after which the neuron is named.
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Pyramidal neurons or pyramidal cells are a type of neuron found in the brain including regions such as the cerebral cortex, h...
Pyramidal neurons or pyramidal cells are a type of neuron found in the brain including regions such as the cerebral cortex, hippocampus, and amygdala. Note the pyramid shaped soma, or cell body, after which the neuron is named.
Stock Photo #4378-5402, Bipolar Neuron
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Bipolar Neuron
Stock Photo #4378-5371, Multipolar Neuron
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Multipolar Neuron
Stock Photo #4128R-13370, Nerve cell, computer artwork.
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Nerve cell, computer artwork.
Stock Photo #1832R-9587, Neurons
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Neurons
Stock Photo #4378-3955, Pyramidal neurons or pyramidal cells are a type of neuron found in the brain including regions such as the cerebral cortex, hippocampus, and amygdala. Note the pyramid shaped soma, or cell body, after which the neuron is named.
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Pyramidal neurons or pyramidal cells are a type of neuron found in the brain including regions such as the cerebral cortex, h...
Pyramidal neurons or pyramidal cells are a type of neuron found in the brain including regions such as the cerebral cortex, hippocampus, and amygdala. Note the pyramid shaped soma, or cell body, after which the neuron is named.
Stock Photo #4128R-36720, Computer artwork of nerve cells, also called neurons. Neurons are responsible for passing information around the central nervous system (CNS) and from the CNS to the rest of the body. The nerve cell comprises a nerve cell body surrounded by numerous extensions called dendrites, which collect information from other nerve cells or from sensory cells. Each neuron has one process called an axon through which information passes to other cells, including other nerve cells and muscle fibres.
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Computer artwork of nerve cells, also called neurons. Neurons are responsible for passing information around the central nerv...
Computer artwork of nerve cells, also called neurons. Neurons are responsible for passing information around the central nervous system (CNS) and from the CNS to the rest of the body. The nerve cell comprises a nerve cell body surrounded by numerous extensions called dendrites, which collect information from other nerve cells or from sensory cells. Each neuron has one process called an axon through which information passes to other cells, including other nerve cells and muscle fibres.
Stock Photo #4128R-4988, Nerve cell, artwork.
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Nerve cell, artwork.
Stock Photo #824-128329, Reportage in a laboratory which develops therapeutic vaccinations to treat small-cell lung cancer, using optimised cryptic peptide technology. These vaccinations are intended to treat cancer by stimulating the immune system so it can recognise and attack cancer cells, without harming normal cells. They target over-expressed antigens present in tumourous cells (universal tumour antigens). The lab grows T lymphocytes and dendritic cells. Dendritic cells are filled with optimised cryptic peptides (
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Reportage in a laboratory which develops therapeutic vaccinations to treat small-cell lung cancer, using optimised cryptic pe...
Reportage in a laboratory which develops therapeutic vaccinations to treat small-cell lung cancer, using optimised cryptic peptide technology. These vaccinations are intended to treat cancer by stimulating the immune system so it can recognise and attack cancer cells, without harming normal cells. They target over-expressed antigens present in tumourous cells (universal tumour antigens). The lab grows T lymphocytes and dendritic cells. Dendritic cells are filled with optimised cryptic peptides (
Stock Photo #1566-1266897, Dendritic Pyrolusite (Zaire) Manganese oxide
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Dendritic Pyrolusite (Zaire) Manganese oxide
Stock Photo #4128R-14648, Neural network. Computer artwork of nerve cells or neurons. Neurons are responsible for passing information around the central nervous system CNS and from the CNS to the rest of the body. Each nerve cell comprises a body surrounded by numerous extensions
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Neural network. Computer artwork of nerve cells or neurons. Neurons are responsible for passing information around the centra...
Neural network. Computer artwork of nerve cells or neurons. Neurons are responsible for passing information around the central nervous system CNS and from the CNS to the rest of the body. Each nerve cell comprises a body surrounded by numerous extensions
Stock Photo #4378-5154, Bipolar Neuron
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Bipolar Neuron
Stock Photo #4128R-36729, Computer artwork of nerve cells, also called neurons. Neurons are responsible for passing information around the central nervous system (CNS) and from the CNS to the rest of the body. The nerve cell comprises a nerve cell body surrounded by numerous extensions called dendrites, which collect information from other nerve cells or from sensory cells. Each neuron has one process called an axon through which information passes to other cells, including other nerve cells and muscle fibres.
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Computer artwork of nerve cells, also called neurons. Neurons are responsible for passing information around the central nerv...
Computer artwork of nerve cells, also called neurons. Neurons are responsible for passing information around the central nervous system (CNS) and from the CNS to the rest of the body. The nerve cell comprises a nerve cell body surrounded by numerous extensions called dendrites, which collect information from other nerve cells or from sensory cells. Each neuron has one process called an axon through which information passes to other cells, including other nerve cells and muscle fibres.
Stock Photo #1832R-9028, Neurons
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Neurons
Stock Photo #4128R-15611, Nerve cell, computer artwork.
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Nerve cell, computer artwork.
Stock Photo #4128R-15614, Nerve cell, computer artwork.
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Nerve cell, computer artwork.
Stock Photo #1832R-8934, Neurons
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Neurons

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