作者: GEORGE W. STAVRAKY
DOI: 10.1001/ARCHNEURPSYC.1936.02260050076006
关键词: Neural control 、 Vasomotor 、 Psychology 、 Anatomy 、 Electric stimulation 、 Neuroscience 、 Nervous control 、 Cerebral circulation 、 Free nerve ending 、 Thalamus 、 Autonomic nerve fibers
摘要: The analysis of the literature on cerebral circulation recently published by Forbes and Wolff 1 demonstrates variability results obtained in this field different investigators. Inability to obtain active vasomotor responses from intracranial blood vessels led many assume that these possess no effective neural control (Schiff; 2 Schultz; 3 Riegal Jolly; 4 Gaertner Wagner; 5 Bayliss Hill; 6 7 Hill MacLeod; 8 Gerhardt; 9 Roy Sherrington; 10 Florey, 11 others). However, histologic evidence pointing toward existence autonomic nerve fibers endings pial (Obersteiner; 12 Gulland; 13 Morrison; 14 Kolliker; 15 Huber; 16 Hunter; 17 Stohr; 18 Clarke; 19 Hassin, 20 Penfield 21 ) supported accumulating experimental favoring probability an nervous over vessels, only extreme inconstancy delays