| Article ID | Journal | Published Year | Pages | File Type |
|---|---|---|---|---|
| 4338366 | Neuroscience | 2012 | 12 Pages |
Abstract
â¶PAG stimulations with low doses of glutamate increased respiration selectively. â¶PAG chemical stimulations produced the full blockade of the reflex bradycardia. â¶PAG baroreflex inhibition was reduced by both atenolol and succinylcholine. â¶PAG baroreflex inhibition depends on the sympathetic drive and pulmonary inputs.
Keywords
CPMPAPLPGiSCPANCOVACVLMPHEdPAGDWLNucleus cuneiformisRVLMincoPAGNRANTSrostral ventrolateral medullasuperior cerebellar peduncleCunanalysis of covarianceChemical stimulationSolitary tractBaroreceptor reflexSolHeart raterespiratory frequencypulsatile arterial pressuremean arterial pressurephenylephrinePeriaqueductal gray matterDorsal periaqueductal gray matterdglBötzinger complexcaudal ventrolateral medullaLateral parabrachial areamapoculomotor nucleuslateral paragigantocellular nucleustrochlear nucleusnucleus tractus solitariusdorsal raphe nucleusNucleus ambiguousdeep mesencephalic nucleusKölliker-Fuse nucleusInferior colliculusGluglutamatePulmonary stretch receptors
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Authors
K.N. Sampaio, H. Mauad, E.C. Vasquez, L.C. Schenberg,