k Purkinje nerve cells, historical illustration Purkinje nerve cells, historical illustration. Purkinje cells consist of a flaskshaped cell body with many branching processes dendrites that receive impulses from other cells. Purkinje cells form the junction between the granular and molecular layers of the grey matter of the cerebellum. The cerebellum controls balance, posture and muscle coordination. Purkinje neurons are among the most branched cells in the nervous system. Artwork from Traite dAnatomie Humaine 1905 by French anatomist Leo Testut 18491925. Stock Photo - Afloimages
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Purkinje nerve cells, historical illustration Purkinje nerve cells, historical illustration. Purkinje cells consist of a flask shaped cell body with many branching processes  dendrites  that receive impulses from other cells. Purkinje cells form the junction between the granular and molecular layers of the grey matter of the cerebellum. The cerebellum controls balance, posture and muscle coordination. Purkinje neurons are among the most branched cells in the nervous system. Artwork from  Traite d Anatomie Humaine   1905  by French anatomist Leo Testut  1849 1925 .
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Purkinje nerve cells, historical illustration

Purkinje nerve cells, historical illustration. Purkinje cells consist of a flask-shaped cell body with many branching processes (dendrites) that receive impulses from other cells. Purkinje cells form the junction between the granular and molecular layers of the grey matter of the cerebellum. The cerebellum controls balance, posture and muscle coordination. Purkinje neurons are among the most branched cells in the nervous system. Artwork from 'Traite d'Anatomie Humaine' (1905) by French anatomist Leo Testut (1849-1925).

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