k Administering dopamine, artwork Administering dopamine. Conceptual computer artwork of treating Parkinsons disease with dopamine. Dopamine is a very important hormone and neurotransmitter of the central nervous system CNS. It plays a critical role in the way the brain controls movement, memory and decision making. Underproduction of dopamine results in the movement disorder Parkinsons disease. Here, treatment is represented as an injection of dopamine blue directly into a chemical synapse red between two nerve cells. In reality, it is administered in an inactive form, but once in the CNS, it is metabolised to dopamine. Dopamine is not administered directly because it is unable to cross the bloodbrain barrier. Stock Photo - Afloimages
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Administering dopamine, artwork Administering dopamine. Conceptual computer artwork of treating Parkinson s disease with dopamine. Dopamine is a very important hormone and neurotransmitter of the central nervous system  CNS . It plays a critical role in the way the brain controls movement, memory and decision making. Underproduction of dopamine results in the movement disorder Parkinson s disease. Here, treatment is represented as an injection of dopamine  blue  directly into a chemical synapse  red  between two nerve cells. In reality, it is administered in an inactive form, but once in the CNS, it is metabolised to dopamine. Dopamine is not administered directly because it is unable to cross the blood brain barrier.
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Administering dopamine, artwork

Administering dopamine. Conceptual computer artwork of treating Parkinson's disease with dopamine. Dopamine is a very important hormone and neurotransmitter of the central nervous system (CNS). It plays a critical role in the way the brain controls movement, memory and decision making. Underproduction of dopamine results in the movement disorder Parkinson's disease. Here, treatment is represented as an injection of dopamine (blue) directly into a chemical synapse (red) between two nerve cells. In reality, it is administered in an inactive form, but once in the CNS, it is metabolised to dopamine. Dopamine is not administered directly because it is unable to cross the blood-brain barrier.

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