Putative peptide neurotransmitters in human neuropathology: a review of topography and clinical implications.

@article{Constantinidis1983PutativePN,
  title={Putative peptide neurotransmitters in human neuropathology: a review of topography and clinical implications.},
  author={Jiannis Constantinidis and Constantin Bouras and Jean-Pierre Richard},
  journal={Clinical neuropathology},
  year={1983},
  volume={2 2},
  pages={47-54}
}
In Huntington's disease, there is a decrease of the neuropeptides, substance P, enkephalins, and cholecystokinin in the striatonigral system, whereas in Parkinson's disease an increase of substance P is found in the substantia nigra. Several neuropeptides should be involved in Alzheimer's disease: substance P, endorphins, vasopressin, ACTH, somatostatin, vasoactive intestinal peptide, cholecystokinin, neurotensin, delta sleep-inducing peptide. Alterations of substance P, vasoactive intestinal… CONTINUE READING

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Several neuropeptides should be involved in Alzheimer 's disease : substance P , endorphins , vasopressin , ACTH , somatostatin , vasoactive intestinal peptide , cholecystokinin , neurotensin , delta sleep - inducing peptide .
Several neuropeptides should be involved in Alzheimer 's disease : substance P , endorphins , vasopressin , ACTH , somatostatin , vasoactive intestinal peptide , cholecystokinin , neurotensin , delta sleep - inducing peptide .
Several neuropeptides should be involved in Alzheimer 's disease : substance P , endorphins , vasopressin , ACTH , somatostatin , vasoactive intestinal peptide , cholecystokinin , neurotensin , delta sleep - inducing peptide .
Several neuropeptides should be involved in Alzheimer 's disease : substance P , endorphins , vasopressin , ACTH , somatostatin , vasoactive intestinal peptide , cholecystokinin , neurotensin , delta sleep - inducing peptide .
In Huntington 's disease , there is a decrease of the neuropeptides , substance P , enkephalins , and cholecystokinin in the striatonigral system , whereas in Parkinson 's disease an increase of substance P is found in the substantia nigra .
In Huntington 's disease , there is a decrease of the neuropeptides , substance P , enkephalins , and cholecystokinin in the striatonigral system , whereas in Parkinson 's disease an increase of substance P is found in the substantia nigra .
Several neuropeptides should be involved in Alzheimer 's disease : substance P , endorphins , vasopressin , ACTH , somatostatin , vasoactive intestinal peptide , cholecystokinin , neurotensin , delta sleep - inducing peptide .
Several neuropeptides should be involved in Alzheimer 's disease : substance P , endorphins , vasopressin , ACTH , somatostatin , vasoactive intestinal peptide , cholecystokinin , neurotensin , delta sleep - inducing peptide .
Several neuropeptides should be involved in Alzheimer 's disease : substance P , endorphins , vasopressin , ACTH , somatostatin , vasoactive intestinal peptide , cholecystokinin , neurotensin , delta sleep - inducing peptide .
Alterations of substance P , vasoactive intestinal peptide , cholecystokinin , somatostatin , and endorphins may be related to the pathophysiology of schizophrenia .
Several neuropeptides should be involved in Alzheimer 's disease : substance P , endorphins , vasopressin , ACTH , somatostatin , vasoactive intestinal peptide , cholecystokinin , neurotensin , delta sleep - inducing peptide .
Alterations of substance P , vasoactive intestinal peptide , cholecystokinin , somatostatin , and endorphins may be related to the pathophysiology of schizophrenia .
Several neuropeptides should be involved in Alzheimer 's disease : substance P , endorphins , vasopressin , ACTH , somatostatin , vasoactive intestinal peptide , cholecystokinin , neurotensin , delta sleep - inducing peptide .
Several neuropeptides should be involved in Alzheimer 's disease : substance P , endorphins , vasopressin , ACTH , somatostatin , vasoactive intestinal peptide , cholecystokinin , neurotensin , delta sleep - inducing peptide .
In Huntington 's disease , there is a decrease of the neuropeptides , substance P , enkephalins , and cholecystokinin in the striatonigral system , whereas in Parkinson 's disease an increase of substance P is found in the substantia nigra .
In Huntington 's disease , there is a decrease of the neuropeptides , substance P , enkephalins , and cholecystokinin in the striatonigral system , whereas in Parkinson 's disease an increase of substance P is found in the substantia nigra .
In Huntington 's disease , there is a decrease of the neuropeptides , substance P , enkephalins , and cholecystokinin in the striatonigral system , whereas in Parkinson 's disease an increase of substance P is found in the substantia nigra .
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