Name: Illustration of a synapse between two dopamine neurons with Parkinsons disease, showing a decrease in nerve impulse transmission, due to a decrease in dopamine production. Dopamine is vital for nerve impulse transmission in the control of motor function. In the case of neurons with Parkinsons disease, the nerve impulse does not reach the striatum, the nerve structure that intervenes in voluntary and automatic motor function, correctly, which causes incoherent movement. - SuperStock
Brand: BSIP
SKU: 824-63208836
Availability: InStock

Illustration of a synapse between two dopamine neurons with Parkinsons disease, showing a decrease in nerve impulse transmission, due to a decrease in dopamine production. Dopamine is vital for nerve impulse transmission in the control of motor function. In the case of neurons with Parkinsons disease, the nerve impulse does not reach the striatum, the nerve structure that intervenes in voluntary and automatic motor function, correctly, which causes incoherent movement.

SuperStock offers millions of photos, videos, and stock assets to creatives around the world. This image of Illustration of a synapse between two dopamine neurons with Parkinsons disease, showing a decrease in nerve impulse transmission, due to a decrease in dopamine production. Dopamine is vital for nerve impulse transmission in the control of motor function. In the case of neurons with Parkinsons disease, the nerve impulse does not reach the striatum, the nerve structure that intervenes in voluntary and automatic motor function, correctly, which causes incoherent movement. by JACOPIN/BSIP is available for licensing today.