• P J Serrano-Castro and J M Garcia-Torrecillas.
• Department of Neurology and Neurophysiology, Torrecárdenas Hospital Complex, Almería, Spain. pedro.serrano.c@gmail.com
• Neuroscience. 2012 Aug 16;217:1-5.

AbstractMore than 125 years ago, Santiago Ramón y Cajal was able to draft and prove the neuron doctrine, and later, to develop prophetic theories about neural function and plasticity, many of which have been proven by current neuroscience. It was chance that made Cajal, during his doctorate studies, have his first contact with histology and force him to study the then current theories about pathogenesis of inflammation. Thus, he gained knowledge of the vascular hypothesis, by Julius Cohnheim, a German pathologist who, opposing the opinion of his teacher and father of cellular pathology, Rudolf Virchow, made leukocytes the protagonists of inflammation, given their ability to develop ameboid movements directed by chemical signals. Cohnheim's chemotactic theory deeply influenced Cajal's conception of biology. So, the basic postulates of chemotaxis can be identified at different moments in Cajal's research, from the description of the "growth cone" in embryonic neuroblasts, the origin of the neurotrophic theory, to the proposal of the pathophysiological mechanisms of neuronal plasticity. From Cajal's point of view, the neurons move during their development and also adapt to different external circumstances. Chemical endogenous substances can stimulate this movement in a similar way to leukocytes during the process of inflammation.Copyright © 2012 IBRO. Published by Elsevier Ltd. All rights reserved.

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