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Both the aorta and the pulmonary artery often arise from the dominant ventricle ( usually the right - sided ventriclecreatinga double - outlet right ventricle
Both the aorta and the pulmonary artery often awake from the paramount ventricle ( large the right - sided ventriclecreatinga double - outlet right ventricle
constricting by 35–60 %ledto double outlet right ventricle
generally speaking the right - sided ventriclecreatinga double - outlet right ventricle
Embryo - restricted loss of Rb in a p107 null backgroundresultedin double outlet right ventricle
Congenital Heart Disease https://www.readbyqxmd.com/read/28677747/mesp1-loss%C3%A2-of%C3%A2-function-mutation-contributes-to-double-outlet-right-ventricle MESP1 loss‑of‑function mutationcontributesto double outlet right ventricle
TBX20 loss - of - function mutationcontributesto double outlet right ventricle
PMID 30389344 MESP1 loss‑of‑function mutationcontributesto double outlet right ventricle
in hypertrophy of the left or right ventriclescan also resultin hypertrophy of the left or right ventricles
to deathleadingto death
CHF are common complicationscausingCHF are common complications
from failure of outflow tract rotation and alignmentresultsfrom failure of outflow tract rotation and alignment
the output of both sides of the effective refractory periodleadsthe output of both sides of the effective refractory period
in an increased right - to - left shunt volumeresultingin an increased right - to - left shunt volume
the right ventricle to circulate oxygen - poor blood to the body and organs , which require oxygen to remain healthycausesthe right ventricle to circulate oxygen - poor blood to the body and organs , which require oxygen to remain healthy
in chronic right heart failure and tricuspid insufficiencyresultedin chronic right heart failure and tricuspid insufficiency
her heart from properly circulating oxygenpreventsher heart from properly circulating oxygen
a preload dependent statecausesa preload dependent state