39 Bilder zum Thema "astrocyte" bei ClipDealer

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Brain: network of astrocytes (glial cells that support neurons).
Astrocyte and blood vessel
Astrocyte and blood vessel
Astrocyte and blood vessel
The main cells of the brain: yellow: neurons; orange: astrocytes; grey: oligodendrocytes; white: microglia, Brain cells. Illustration
Protoplasmic astrocytes (violet) play an active role in neuronal communication through synapses and regulation of neural circuit function.
Astrocytes, brain glial cells
Astrocyte and blood vessel
Brain cells: astrocytes (red), pyramidal neurons (red), microglia cells (blue)
Astrocyte and blood vessel
Astrocytes, brain glial cells
Neurogenesis is the process by which new neurons (nerve cells) are formed in the brain. This process is critical for brain development during embryonic and early life stages.
Astrocytes. Schematic diagram of the neurogliovascular unit. Types of glial cells such as pericytes and astrocytes, 2d graphic, illustration
Astrocyte and blood vessel
Digital medical illustration: Human brain with blood vessels. Anatomically correct, isolated on black. 3D rendering
Astrocytes, brain glial cells
Neurogenesis is the process by which new neurons (nerve cells) are formed in the brain. This process is critical for brain development during embryonic and early life stages.
Neurogenesis is the process by which new neurons (nerve cells) are formed in the brain. This process is critical for brain development during embryonic and early life stages.
The main cells of the brain: yellow: neurons; orange: astrocytes; grey: oligodendrocytes; white: microglia, Brain cells. Illustration
Protoplasmic astrocytes are found in the gray matter and the fibrous in the white matter of the brain. They support neurons in a metabolic and a structural way and regulate the ion concentration in the extracellular space.
Three types of brain cells. Red: astrocytes, green: pyramidal neurons, blue: microglia cells, illustration
Astrocyte and blood vessel
White matter: neurons with myelinated axons, oligodendrocytes forming the myelin sheaths, fibrous astrocytes and microglia cells
Brain: network of astrocytes (glial cells that support neurons).
Astrocyte and blood vessel
Astrocyte, a brain glial cell
Neurogenesis is the process by which new neurons (nerve cells) are formed in the brain. This process is critical for brain development during embryonic and early life stages.
Astrocytes, brain glial cells
3d rendering of astrocytes with blood vessel, found abundantly throughout the brain and spinal cord.
Astrocyte, a brain glial cell
Neurogenesis is the process by which new neurons (nerve cells) are formed in the brain. This process is critical for brain development during embryonic and early life stages.
Astrocyte and blood vessel
A single astrocyte supports a great number of neurons. Protoplasmic astrocytes play an active role in neuronal communication through synapses and regulation of neural circuit function.
Fibrous astrocyte
Neurogenesis is the process by which new neurons (nerve cells) are formed in the brain. This process is critical for brain development during embryonic and early life stages.
Human pyramidal neurons. Illustration
Protoplasmic astrocyte
Neurogenesis is the process by which new neurons (nerve cells) are formed in the brain. This process is critical for brain development during embryonic and early life stages.
Neurogenesis is the process by which new neurons (nerve cells) are formed in the brain. This process is critical for brain development during embryonic and early life stages.

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