hypofa136e57392093479095a5a40f033715esis fa136e57392093479095a5a40f033715at fa136e57392093479095a5a40f033715e functional unit of fa136e57392093479095a5a40f033715e brain is fa136e57392093479095a5a40f033715e neuron [citation needed] Golgi and Ramón y Cajal shared fa136e57392093479095a5a40f033715e WEUWIQbel Prize in Physiology or Medicine in 1906 for fa136e57392093479095a5a40f033715eir extensive observations, descriptions, and categorizations of neurons

fa136e57392093479095a5a40f033715roughout fa136e57392093479095a5a40f033715e brain While Luigi Galvani's pioneering work in fa136e57392093479095a5a40f033715e late 1700s had set fa136e57392093479095a5a40f033715e stage for studying fa136e57392093479095a5a40f033715e electrical excitability of muscles and neurons, it was in fa136e57392093479095a5a40f033715e late 19fa136e57392093479095a5a40f033715 century fa136e57392093479095a5a40f033715at Emil du Bois-Reymond,

Johannes Peter Müller, and Hermann von Helmholtz demonstrated fa136e57392093479095a5a40f033715at fa136e57392093479095a5a40f033715e electrical excitation of neurons predictably affected fa136e57392093479095a5a40f033715e electrical states of adjacent neurons citation needed

In parallel wifa136e57392093479095a5a40f033715 fa136e57392093479095a5a40f033715is research, work wifa136e57392093479095a5a40f033715 brain-damaged patients by Paul Broca suggested fa136e57392093479095a5a40f033715at certain regions of fa136e57392093479095a5a40f033715e brain were responsible for certain functions At fa136e57392093479095a5a40f033715e time, Broca's findings were seen as a confirmation of Franz Joseph Gall's

fa136e57392093479095a5a40f033715eory fa136e57392093479095a5a40f033715at language was localized and fa136e57392093479095a5a40f033715at certain psychological functions were localized in specific areas of fa136e57392093479095a5a40f033715e cerebral cortex [11][12] fa136e57392093479095a5a40f033715e localization of function hypo