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The effects of graded changes in oxygen and carbon dioxide tension on coronary blood velocity independent of myocardial energy demand.
In humans, coronary blood flow is tightly regulated by microvessels within the myocardium to match myocardial energy demand. However, …
Lindsey M Boulet
,
Mike Stembridge
,
Michael M Tymko
,
Joshua C Tremblay
,
Glen E Foster
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Changes in left ventricular function and coronary blood flow velocity during isocapnic hypoxia: A cardiac magnetic resonance imaging study
Glen E Foster
,
Zixin Deng
,
Lindsey M Boulet
,
Puja K Mehta
,
J Wei
,
Zhaoyang Fan
,
Rohan Dharmakumar
,
C N B Merz
,
Debiao Li
,
Michael D Nelson
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