Vascular Surgery · 1968 · 11 citations · 15 references
Life SciencesNeurosurgeryPhysiologyElectrophysiologyNeurophysiologyAutonomic Nervous SystemAutonomic Nervous System ResponsesCranial Nerve FunctionCranial NervesNeurostimulationReflex PhysiologyBaroreflex PhysiologyCranial Nerve PhysiologyCranial Nerve StimulationSinus Innervation Anatomy
The first organized study and description of the carotid sinus reflex was made in 1924 by H. E. Hering.&dquo; ’ He demonstrated two separate cardiovascu-lay rrflrxr<-hra4ycardia and systemic hypotension-by stimulating the cen-tral end of the carotid sinus nerve, by tugging on the common carotid artery, and by stimulating the internal wall of the sinus region with a sound. Cutting the carotid sinus nerve not only abolished these responses, but caused sys-temic hypertension. In 1932, Bronk and Stella3 recorded a discharge of im-pulses from the entire carotid sinus nerve as well as from single end-organs. They demonstrated the tonic activity of the carotid sinus nerve baroreceptors, delineated the range of pressures at which peak activity occurred, and noted the synchronous outburst of impulses during cardiac systole. The fact that the carotid baroreceptors seem to adapt to hypertensive levels has been demonstrated by several workers. 13-15 One found no significant dif-ference between the degree of blood pressure and pulse rate elevation in normotensives and that in hypertensives following procaine block of the
15
Reflexogenic Areas of the Cardiovascular System
C Heymans · Perspectives in biology and medicine · 1960 · 695 citations
Baroceptor Function in Chronic Renal Hypertension
J. W. McCubbin, J. H. Green, Irvine H. Page · Circulation Research · 1956 · 379 citations
Medicine, Nephrology, Physiology +16
Cardiovascular Effects of Direct Stimulation of the Carotid Sinus Nerve in Man.
A. Carlsten, Björn Folkow, Gunnar Grimby et al. · Acta Physiologica Scandinavica · 1958 · 114 citations
Medicine, Cardiology, Neurosurgery +16