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1 airway obstruction contribute to progressive pulmonary insufficiency.
2 plications of paraplegia, renal failure, and pulmonary insufficiency.
3  combined immunodeficiency as well as severe pulmonary insufficiency.
4  response can occur, ultimately resulting in pulmonary insufficiency.
5 icular function in an ovine model of chronic pulmonary insufficiency.
6 n in an ovine model of chronic postoperative pulmonary insufficiency.
7                        TPVR indications were pulmonary insufficiency (28%), stenosis (23%), and mixed
8 ranch pulmonary artery stenosis (11), severe pulmonary insufficiency (4), and residual ventricular se
9 e as effective as pretreatment in preventing pulmonary insufficiency, although a trend toward decreas
10 t CT is associated with clinical measures of pulmonary insufficiency and the risk of mortality.(C) RS
11 ary valve (hTPV) and to assess its effect on pulmonary insufficiency and ventricular function in an o
12 ffeensis, including marked thrombocytopenia, pulmonary insufficiency, and encephalopathy.
13 t dialysis; hepatitis and cirrhosis; chronic pulmonary insufficiency; and cerebral vascular disease.
14 erapy is frequently used in the treatment of pulmonary insufficiency, as is encountered in premature
15     ADA-deficient mice also exhibited severe pulmonary insufficiency, bone abnormalities, and kidney
16 ual RV outflow tract stenosis and obligatory pulmonary insufficiency by examination and Doppler echoc
17  contractility in a porcine model of chronic pulmonary insufficiency causing right ventricular volume
18  children, seven mechanically ventilated for pulmonary insufficiency (Group 1; six with parenchymal l
19 ce of carcinoid heart disease (tricuspid and pulmonary insufficiency) in patients with carcinoid synd
20                                              Pulmonary insufficiency is the nexus of late morbidity a
21 n and may contribute to both circulatory and pulmonary insufficiency, leading ultimately to Fontan fa
22 th lack of daily rounds by an ICU physician: pulmonary insufficiency (odds ratio [OR], 4.0; CI, 1.4-1
23 onducted to determine the effects of chronic pulmonary insufficiency (PI) on right (RV) and left (LV)
24  and median z-value was -1.2 (-2.8 to +2.5); pulmonary insufficiency remained trivial/mild.
25 ith repaired tetralogy of Fallot who develop pulmonary insufficiency remains unclear, it is necessary
26 sm, hypergonadotropic hypogonadism (in men), pulmonary insufficiency, swallowing abnormalities, or my
27 y (TRALI) is a form of posttransfusion acute pulmonary insufficiency that has been linked to the infu
28 nsient dyspnea to varying degrees of chronic pulmonary insufficiency to an acute lethal event.
29  repaired tetralogy of Fallot that developed pulmonary insufficiency, until December 2012.
30                                              Pulmonary insufficiency was trivial/mild.
31 sed from median of 35 to 17 mm Hg (P<0.001); pulmonary insufficiency was trivial/none in all but 1 pa
32               At 30 days, 1 patient had mild pulmonary insufficiency, while others had none.
33 raft-facilitated TPVR for severe symptomatic pulmonary insufficiency with enlarged RVOT.