Fragments Of Neurological HistoryWorld Scientific, 24. apr. 2003 - 652 sider This highly interesting collection of historical articles started as a series of “space-fillers”, the journalist's device to mitigate the harshness of white space at the end of scientific papers.The author has expanded these short essays and included several additional articles and biographical reviews. He has also incorporated some longer, more discursive essays, which should be relevant to neurologists, physicians and those working in internal medicine and psychiatry. The reader attracted to medical and neurological history should find much of interest in these diverse topics. |
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Side 15
... cortex covered a certain number of subcortical centres, such as the striatum, the thalamus and the corpus callosum. He distinguished a cortical “grey matter”, responsible, he thought, for animal spirits, from a deeper “white matter ...
... cortex covered a certain number of subcortical centres, such as the striatum, the thalamus and the corpus callosum. He distinguished a cortical “grey matter”, responsible, he thought, for animal spirits, from a deeper “white matter ...
Side 16
... and the striatum and the corpus callosum which joined the two hemispheres, and he distinguished the white matter of the deeper areas from the grey matter of the cortex. The spiritus 16 Fragments of Neurological History.
... and the striatum and the corpus callosum which joined the two hemispheres, and he distinguished the white matter of the deeper areas from the grey matter of the cortex. The spiritus 16 Fragments of Neurological History.
Side 17
... cortex and spread through the body, to which they gave sensation and movement. The discovery of electricity wrought ... cortex represented the highest level of the brain and that the development of this area characterised mammals and man ...
... cortex and spread through the body, to which they gave sensation and movement. The discovery of electricity wrought ... cortex represented the highest level of the brain and that the development of this area characterised mammals and man ...
Side 18
... cortex so that he could correlate bumps in the skull with faculties prominent in certain individuals, and created a map locating particular mental functions in particular areas of the cortex. Gall based his deductions on his collection ...
... cortex so that he could correlate bumps in the skull with faculties prominent in certain individuals, and created a map locating particular mental functions in particular areas of the cortex. Gall based his deductions on his collection ...
Side 19
... cortex, and demarcated and named the frontal, temporal, parietal and occipital lobes; Leuret attempted to provide a neural basis for intelligence. . In 1854 Gratiolet” deduced that the two sides of the brain controlled movement of the ...
... cortex, and demarcated and named the frontal, temporal, parietal and occipital lobes; Leuret attempted to provide a neural basis for intelligence. . In 1854 Gratiolet” deduced that the two sides of the brain controlled movement of the ...
Indhold
Aspects of cerebral disorders | 67 |
Dementias | 101 |
Headaches | 123 |
Epilepsy and related disorders | 179 |
Cerebrospinal fluid and hydrocephalus | 199 |
Strokes and vascular diseases | 213 |
Ocular disorders | 241 |
Cranial nerve disorders | 257 |
Neuralgias and polyneuropathies | 311 |
Physical signs | 339 |
Genetic developmental and congenital disorders | 381 |
Movement disorders | 399 |
Neuromuscular diseases | 457 |
Miscellaneous | 477 |
Illnesses of the famous and some medical truants | 577 |
Index | 625 |
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Almindelige termer og sætninger
2nd edn acromegaly Alzheimer anatomy animal aphasia Arch Armand Trousseau arteries atrophy attacks became Berlin blood brain Broca cause cells centre century cerebellum cerebral Charcot Charles chorea Cited classic clinical cluster headache College of Physicians convolutions convulsive cortex Critchley described diagnosis disease disorders encephalitis lethargica epilepsy facial fibres Founders of Neurology frontal function Galen Gowers haemorrhage hammer head hemiplegia Hippocrates History of Neurology Hospital hydrocephalus James Parkinson Lancet later lathyrism Lectures legs lesion limbs lobe localisation London Medicine medulla medulla oblongata migraine Modified motor movements muscles muscular nerve nervous system Neurol neurologist Neurosurg observed Oxford pain palsy paper paralysis Paris Parkinson pathology patient Pearce peripheral physiology Professor Psychiatry published pupil recognised References reflex remarkable reported Robert Remak Robert Whytt Royal College sensation sensory spinal cord studies Sydenham Society Sylvius symptoms syndrome Thomas Trans Trousseau tumour vascular ventricles Vesalius Whytt Willis wrote