Molecular anatomy of neuronal interactions with special reference to the dopamine control of striatal functions

Modern neuroanatomy was initiated at the early beginning of the XXth century when Cajal used the so-called silver impregnation technique to study the details of the anatomy of the nervous system. This technique, for the first time, permitted description and visualization of all components of neurons...

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Main Author: B. Bloch
Format: Article
Language:English
Published: PAGEPress Publications 2010-05-01
Series:European Journal of Histochemistry
Online Access:https://www.ejh.it/index.php/ejh/article/view/1741
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spelling doaj-65178aad0f034a8eb5778cb597d1ea632020-11-25T03:43:14ZengPAGEPress PublicationsEuropean Journal of Histochemistry 1121-760X2038-83062010-05-0129330810.4081/17411741Molecular anatomy of neuronal interactions with special reference to the dopamine control of striatal functionsB. BlochModern neuroanatomy was initiated at the early beginning of the XXth century when Cajal used the so-called silver impregnation technique to study the details of the anatomy of the nervous system. This technique, for the first time, permitted description and visualization of all components of neurons (Cajal, 1909). Thanks to this major methodological advance, Cajal and followers created microscopic neuroanatomy and gave detailed description of the structure of neurons and of neuronal circuitry in brain of animals and humans. During the following decades, numerous informations were obtained on the organization of the neuronal circuitry in all parts of the central and peripheral nervous system, in normal, experimental and pathological conditions. These works considerably helped to establish the modern anatomical basis of brain functions and dysfunctions. In the early sixties, the appearance of electron microscopy gave a new impulse to the understanding of brain and neuronal structures.https://www.ejh.it/index.php/ejh/article/view/1741
collection DOAJ
language English
format Article
sources DOAJ
author B. Bloch
spellingShingle B. Bloch
Molecular anatomy of neuronal interactions with special reference to the dopamine control of striatal functions
European Journal of Histochemistry
author_facet B. Bloch
author_sort B. Bloch
title Molecular anatomy of neuronal interactions with special reference to the dopamine control of striatal functions
title_short Molecular anatomy of neuronal interactions with special reference to the dopamine control of striatal functions
title_full Molecular anatomy of neuronal interactions with special reference to the dopamine control of striatal functions
title_fullStr Molecular anatomy of neuronal interactions with special reference to the dopamine control of striatal functions
title_full_unstemmed Molecular anatomy of neuronal interactions with special reference to the dopamine control of striatal functions
title_sort molecular anatomy of neuronal interactions with special reference to the dopamine control of striatal functions
publisher PAGEPress Publications
series European Journal of Histochemistry
issn 1121-760X
2038-8306
publishDate 2010-05-01
description Modern neuroanatomy was initiated at the early beginning of the XXth century when Cajal used the so-called silver impregnation technique to study the details of the anatomy of the nervous system. This technique, for the first time, permitted description and visualization of all components of neurons (Cajal, 1909). Thanks to this major methodological advance, Cajal and followers created microscopic neuroanatomy and gave detailed description of the structure of neurons and of neuronal circuitry in brain of animals and humans. During the following decades, numerous informations were obtained on the organization of the neuronal circuitry in all parts of the central and peripheral nervous system, in normal, experimental and pathological conditions. These works considerably helped to establish the modern anatomical basis of brain functions and dysfunctions. In the early sixties, the appearance of electron microscopy gave a new impulse to the understanding of brain and neuronal structures.
url https://www.ejh.it/index.php/ejh/article/view/1741
work_keys_str_mv AT bbloch molecularanatomyofneuronalinteractionswithspecialreferencetothedopaminecontrolofstriatalfunctions
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