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Parkinson's, depression, anxiety. Destruction of substantia nigra in the basal ganglia leads to movement disorders, lack of the dopamine in the limbic system leads to emotional disturbances such as depression, anxiety, some roles in schitophrenia, etc.
Dopamine is one of several neurotransmitters used in chemical communication between neurons. Dopamine originates in the ventral tegmental area of the midbrain and has wide projections throughout the brain, particularly to the basal ganglia and frontal cortex. Dopamine is a central component in reinforcement-learning as well as reward processing. Parkinson's disease results in depleted dopamine concentration. In contrast, increased dopamine concentration can result in schizophrenic-like behaviors.
dopamine
diabetes mellitus
Dopamine. which is a neurotrasmitter in the brain.
changes in dopamine activity
Changes in the neurons of the subtantia nigra are responsible for Parkinson's. Dopamine produced in the nigra is insufficient or does not reach the corpus striatum which is responsible for producing smooth muscle activity, hence the tics seen in Parkinson's patients. One theory holds that toxins may influence the occurance of Parkinson's, but no definitive studies have come to that conclusion.
There is no disease that is the result of hyperthyroidism. Hyperthyroidism is a symptom, not a disease. Hyperthyroidism however, is the result of other disease processes including:Graves' DiseaseHashimoto's thyrotoxicosisIodine toxicityCancer
Montag is diagnosed with a disease called "pyrocaine". This disease is a result of his exposure to the burning of books and the toxic fumes produced by the flames. It causes him physical and mental distress, leading him to question his conformity to the society's norms.
A disease that you have acquired as a result of the career that you are in.
then antibodies are produced to help If the blood cell did not able stop the pathogen then it will result in disease or toxicity which will make the person ill and may be it can result in immunity for feature
Food, sex, and generally any kind of a satisfying or rewarding experience result in the release of dopamine in areas of the brain such as the nucleus accumbens and prefrontal cortex.However, it may not be as simple as that dopamine encodes for reward per se, but rather that it may encode for positive surprise, as in greater reward than expected.