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- Q16947348 subject Q7021242.
- Q16947348 subject Q7085819.
- Q16947348 abstract "The medullary ischemic reflex is a big response to a drop in blood pressure in the brain particularly in the medulla, where the lack of oxygen due to decreased perfusion triggers an autonomic response from the cardiac and vasomotor centers. The cardiac and vasomotor centers respond to the decrease in blood pressure with sympathetic outflow to the heart and blood vessels. This outflow causes increased heart rate and force of contraction, as well as bodywide vasoconstriction. Together these responses increase blood pressure and perfusion rate to the brain, ending the feedback loop.".
- Q16947348 wikiPageWikiLink Q1067506.
- Q16947348 wikiPageWikiLink Q1072.
- Q16947348 wikiPageWikiLink Q171064.
- Q16947348 wikiPageWikiLink Q187215.
- Q16947348 wikiPageWikiLink Q188151.
- Q16947348 wikiPageWikiLink Q189033.
- Q16947348 wikiPageWikiLink Q7021242.
- Q16947348 wikiPageWikiLink Q7085819.
- Q16947348 wikiPageWikiLink Q82642.
- Q16947348 comment "The medullary ischemic reflex is a big response to a drop in blood pressure in the brain particularly in the medulla, where the lack of oxygen due to decreased perfusion triggers an autonomic response from the cardiac and vasomotor centers. The cardiac and vasomotor centers respond to the decrease in blood pressure with sympathetic outflow to the heart and blood vessels. This outflow causes increased heart rate and force of contraction, as well as bodywide vasoconstriction.".
- Q16947348 label "Medullary ischemic reflex".