FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2113018842> ?p ?o ?g. }

• W2113018842 endingPage "152.e3" @default.
• W2113018842 startingPage "143" @default.
• W2113018842 abstract "Despite an increasing interest in pediatric aortic valve repair, aortic valve replacement in children may be unavoidable. The evidence on outcome after pediatric aortic valve replacement is limited and usually reported in small case series. This systematic review and meta-analysis aims to provide an overview of reported outcome of pediatric patients after aortic valve replacement.A systematic literature search for publications reporting outcome after pediatric aortic valve replacement published between January 1990 and May 2015 was conducted. Studies written in English with a study size of more than 30 patients were included.Thirty-four publications reporting on 42 cohorts were included in this review: 26 concerning the Ross procedure (n = 2409), 13 concerning mechanical prosthesis aortic valve replacement (n = 696), and 3 concerning homograft aortic valve replacement (n = 224). There were no studies on bioprostheses that met our inclusion criteria. The pooled mean patient age was 9.4 years, 12.8 years, and 8.9 years for Ross, mechanical prosthesis, and homograft recipients, respectively. Pooled mean follow-up was 6.6 years. The Ross procedure was associated with lower early (4.20%; 95% confidence interval [CI], 3.37-5.22 vs 7.34%; 95% CI, 5.21-10.34 vs 12.82%; 95% CI, 8.91-18.46) and late mortality (0.64%/y; 95% CI, 0.49-0.84 vs 1.23%/y; 95% CI, 0.85-1.79 vs 1.59%/y; 95% CI, 1.03-2.46) compared with mechanical prosthesis aortic valve replacement and homograft aortic valve replacement, respectively. No significantly different aortic valve reoperation rates were observed between the Ross procedure and mechanical prosthesis aortic valve replacement (1.60%/y; 95% CI, 1.27-2.02 vs 1.07%/y; 95% CI, 0.68-1.68, respectively), whereas homograft aortic valve replacement was associated with significantly higher aortic valve reoperation rates (5.44%/y; 95% CI, 4.24-6.98). The Ross procedure-associated right ventricular outflow tract reoperation rate was 1.91% per year (95% CI, 1.50-2.44).This systematic review illustrates that all currently available aortic valve substitutes are associated with suboptimal results in children, reflecting the urgent need for reliable and durable repair techniques and innovative replacement solutions for this challenging group of patients." @default.
• W2113018842 created "2016-06-24" @default.
• W2113018842 creator A5001970800 @default.
• W2113018842 creator A5003906099 @default.
• W2113018842 creator A5026908114 @default.
• W2113018842 creator A5039531610 @default.
• W2113018842 creator A5045860743 @default.
• W2113018842 creator A5068677288 @default.
• W2113018842 creator A5075238330 @default.
• W2113018842 creator A5079427573 @default.
• W2113018842 creator A5080670496 @default.
• W2113018842 creator A5081857846 @default.
• W2113018842 date "2016-01-01" @default.
• W2113018842 modified "2023-10-10" @default.
• W2113018842 title "Outcome after aortic valve replacement in children: A systematic review and meta-analysis" @default.
• W2113018842 cites W1795928036 @default.
• W2113018842 cites W1976181269 @default.
• W2113018842 cites W1978911846 @default.
• W2113018842 cites W1986765221 @default.
• W2113018842 cites W1988803058 @default.
• W2113018842 cites W1990721364 @default.
• W2113018842 cites W1992168318 @default.
• W2113018842 cites W2000980839 @default.
• W2113018842 cites W2005210876 @default.
• W2113018842 cites W2005357203 @default.
• W2113018842 cites W2019951941 @default.
• W2113018842 cites W2028624725 @default.
• W2113018842 cites W2028777572 @default.
• W2113018842 cites W2032714398 @default.
• W2113018842 cites W2034997559 @default.
• W2113018842 cites W2036134742 @default.
• W2113018842 cites W2037367118 @default.
• W2113018842 cites W2039917562 @default.
• W2113018842 cites W2042290421 @default.
• W2113018842 cites W2042387598 @default.
• W2113018842 cites W2043577744 @default.
• W2113018842 cites W2050470093 @default.
• W2113018842 cites W2053284886 @default.
• W2113018842 cites W2055116683 @default.
• W2113018842 cites W2060552052 @default.
• W2113018842 cites W2063238967 @default.
• W2113018842 cites W2068649465 @default.
• W2113018842 cites W2074237298 @default.
• W2113018842 cites W2078972611 @default.
• W2113018842 cites W2080328579 @default.
• W2113018842 cites W2081629413 @default.
• W2113018842 cites W2087502409 @default.
• W2113018842 cites W2087658540 @default.
• W2113018842 cites W2088347456 @default.
• W2113018842 cites W2093284214 @default.
• W2113018842 cites W2100324720 @default.
• W2113018842 cites W2101821812 @default.
• W2113018842 cites W2102922451 @default.
• W2113018842 cites W2107005315 @default.
• W2113018842 cites W2109364789 @default.
• W2113018842 cites W2110071202 @default.
• W2113018842 cites W2111445835 @default.
• W2113018842 cites W2113142767 @default.
• W2113018842 cites W2115407923 @default.
• W2113018842 cites W2125724047 @default.
• W2113018842 cites W2126164436 @default.
• W2113018842 cites W2127924298 @default.
• W2113018842 cites W2130647266 @default.
• W2113018842 cites W2131965385 @default.
• W2113018842 cites W2133672644 @default.
• W2113018842 cites W2146049106 @default.
• W2113018842 cites W2150137087 @default.
• W2113018842 cites W2157441174 @default.
• W2113018842 cites W2312758686 @default.
• W2113018842 cites W2336771228 @default.
• W2113018842 cites W2534028767 @default.
• W2113018842 cites W4294215472 @default.
• W2113018842 doi "https://doi.org/10.1016/j.jtcvs.2015.09.083" @default.
• W2113018842 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/26541831" @default.
• W2113018842 hasPublicationYear "2016" @default.
• W2113018842 type Work @default.
• W2113018842 sameAs 2113018842 @default.
• W2113018842 citedByCount "95" @default.
• W2113018842 countsByYear W21130188422016 @default.
• W2113018842 countsByYear W21130188422017 @default.
• W2113018842 countsByYear W21130188422018 @default.
• W2113018842 countsByYear W21130188422019 @default.
• W2113018842 countsByYear W21130188422020 @default.
• W2113018842 countsByYear W21130188422021 @default.
• W2113018842 countsByYear W21130188422022 @default.
• W2113018842 countsByYear W21130188422023 @default.
• W2113018842 crossrefType "journal-article" @default.
• W2113018842 hasAuthorship W2113018842A5001970800 @default.
• W2113018842 hasAuthorship W2113018842A5003906099 @default.
• W2113018842 hasAuthorship W2113018842A5026908114 @default.
• W2113018842 hasAuthorship W2113018842A5039531610 @default.
• W2113018842 hasAuthorship W2113018842A5045860743 @default.
• W2113018842 hasAuthorship W2113018842A5068677288 @default.
• W2113018842 hasAuthorship W2113018842A5075238330 @default.
• W2113018842 hasAuthorship W2113018842A5079427573 @default.
• W2113018842 hasAuthorship W2113018842A5080670496 @default.
• W2113018842 hasAuthorship W2113018842A5081857846 @default.
• W2113018842 hasBestOaLocation W21130188421 @default.

• next