FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2139241449> ?p ?o ?g. }

• W2139241449 endingPage "419.e5" @default.
• W2139241449 startingPage "412" @default.
• W2139241449 abstract "ObjectiveTo assess the first computer-automated platform for time-lapse image analysis and blastocyst prediction and to determine how the screening information may assist embryologists in day 3 (D3) embryo selection.DesignProspective, multicenter, cohort study.SettingFive IVF clinics in the United States.Patient(s)One hundred sixty women ≥18 years of age undergoing fresh IVF treatment with basal antral follicle count ≥8, basal FSH <10 IU/mL, and ≥8 normally fertilized oocytes.Intervention(s)A noninvasive test combining time-lapse image analysis with the cell-tracking software, Eeva (Early Embryo Viability Assessment), was used to measure early embryo development and generate usable blastocyst predictions by D3.Main Outcome Measure(s)Improvement in the ability of experienced embryologists to select which embryos are likely to develop to usable blastocysts using D3 morphology alone, compared with morphology plus Eeva.Result(s)Experienced embryologists using Eeva in combination with D3 morphology significantly improved their ability to identify embryos that would reach the usable blastocyst stage (specificity for each of three embryologists using morphology vs. morphology plus Eeva: 59.7% vs. 86.3%, 41.9% vs. 84.0%, 79.5% vs. 86.6%). Adjunctive use of morphology plus Eeva improved embryo selection by enabling embryologists to better discriminate which embryos would be unlikely to develop to blastocyst and was particularly beneficial for improving selection among good-morphology embryos. Adjunctive use of morphology plus Eeva also reduced interindividual variability in embryo selection.Conclusion(s)Previous studies have shown improved implantation rates for blastocyst transfer compared with cleavage-stage transfer. Addition of Eeva to the current embryo grading process may improve the success rates of cleavage-stage ETs. To assess the first computer-automated platform for time-lapse image analysis and blastocyst prediction and to determine how the screening information may assist embryologists in day 3 (D3) embryo selection. Prospective, multicenter, cohort study. Five IVF clinics in the United States. One hundred sixty women ≥18 years of age undergoing fresh IVF treatment with basal antral follicle count ≥8, basal FSH <10 IU/mL, and ≥8 normally fertilized oocytes. A noninvasive test combining time-lapse image analysis with the cell-tracking software, Eeva (Early Embryo Viability Assessment), was used to measure early embryo development and generate usable blastocyst predictions by D3. Improvement in the ability of experienced embryologists to select which embryos are likely to develop to usable blastocysts using D3 morphology alone, compared with morphology plus Eeva. Experienced embryologists using Eeva in combination with D3 morphology significantly improved their ability to identify embryos that would reach the usable blastocyst stage (specificity for each of three embryologists using morphology vs. morphology plus Eeva: 59.7% vs. 86.3%, 41.9% vs. 84.0%, 79.5% vs. 86.6%). Adjunctive use of morphology plus Eeva improved embryo selection by enabling embryologists to better discriminate which embryos would be unlikely to develop to blastocyst and was particularly beneficial for improving selection among good-morphology embryos. Adjunctive use of morphology plus Eeva also reduced interindividual variability in embryo selection. Previous studies have shown improved implantation rates for blastocyst transfer compared with cleavage-stage transfer. Addition of Eeva to the current embryo grading process may improve the success rates of cleavage-stage ETs." @default.
• W2139241449 created "2016-06-24" @default.
• W2139241449 creator A5002865530 @default.
• W2139241449 creator A5008925885 @default.
• W2139241449 creator A5015554516 @default.
• W2139241449 creator A5030764643 @default.
• W2139241449 creator A5032888106 @default.
• W2139241449 creator A5045560431 @default.
• W2139241449 creator A5056390817 @default.
• W2139241449 creator A5065980997 @default.
• W2139241449 creator A5071203888 @default.
• W2139241449 creator A5086961453 @default.
• W2139241449 creator A5088388829 @default.
• W2139241449 creator A5090771647 @default.
• W2139241449 date "2013-08-01" @default.
• W2139241449 modified "2023-10-12" @default.
• W2139241449 title "Improving embryo selection using a computer-automated time-lapse image analysis test plus day 3 morphology: results from a prospective multicenter trial" @default.
• W2139241449 cites W1966097748 @default.
• W2139241449 cites W1976277318 @default.
• W2139241449 cites W1987075332 @default.
• W2139241449 cites W2003987246 @default.
• W2139241449 cites W2009434612 @default.
• W2139241449 cites W2021650375 @default.
• W2139241449 cites W2029394548 @default.
• W2139241449 cites W2031037051 @default.
• W2139241449 cites W2031218885 @default.
• W2139241449 cites W2040334019 @default.
• W2139241449 cites W2045259542 @default.
• W2139241449 cites W2046948295 @default.
• W2139241449 cites W2063592803 @default.
• W2139241449 cites W2075086500 @default.
• W2139241449 cites W2080018890 @default.
• W2139241449 cites W2084279635 @default.
• W2139241449 cites W2084301726 @default.
• W2139241449 cites W2087069550 @default.
• W2139241449 cites W2091003760 @default.
• W2139241449 cites W2091840148 @default.
• W2139241449 cites W2103476283 @default.
• W2139241449 cites W2105445992 @default.
• W2139241449 cites W2109334201 @default.
• W2139241449 cites W2110775154 @default.
• W2139241449 cites W2112198083 @default.
• W2139241449 cites W2116444513 @default.
• W2139241449 cites W2124381929 @default.
• W2139241449 cites W2128283484 @default.
• W2139241449 cites W2136147706 @default.
• W2139241449 cites W2137501646 @default.
• W2139241449 cites W2141995547 @default.
• W2139241449 cites W2145431959 @default.
• W2139241449 cites W2155770039 @default.
• W2139241449 cites W2160803784 @default.
• W2139241449 cites W2167729623 @default.
• W2139241449 cites W2171993134 @default.
• W2139241449 cites W2334083216 @default.
• W2139241449 doi "https://doi.org/10.1016/j.fertnstert.2013.04.021" @default.
• W2139241449 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/23721712" @default.
• W2139241449 hasPublicationYear "2013" @default.
• W2139241449 type Work @default.
• W2139241449 sameAs 2139241449 @default.
• W2139241449 citedByCount "243" @default.
• W2139241449 countsByYear W21392414492013 @default.
• W2139241449 countsByYear W21392414492014 @default.
• W2139241449 countsByYear W21392414492015 @default.
• W2139241449 countsByYear W21392414492016 @default.
• W2139241449 countsByYear W21392414492017 @default.
• W2139241449 countsByYear W21392414492018 @default.
• W2139241449 countsByYear W21392414492019 @default.
• W2139241449 countsByYear W21392414492020 @default.
• W2139241449 countsByYear W21392414492021 @default.
• W2139241449 countsByYear W21392414492022 @default.
• W2139241449 countsByYear W21392414492023 @default.
• W2139241449 crossrefType "journal-article" @default.
• W2139241449 hasAuthorship W2139241449A5002865530 @default.
• W2139241449 hasAuthorship W2139241449A5008925885 @default.
• W2139241449 hasAuthorship W2139241449A5015554516 @default.
• W2139241449 hasAuthorship W2139241449A5030764643 @default.
• W2139241449 hasAuthorship W2139241449A5032888106 @default.
• W2139241449 hasAuthorship W2139241449A5045560431 @default.
• W2139241449 hasAuthorship W2139241449A5056390817 @default.
• W2139241449 hasAuthorship W2139241449A5065980997 @default.
• W2139241449 hasAuthorship W2139241449A5071203888 @default.
• W2139241449 hasAuthorship W2139241449A5086961453 @default.
• W2139241449 hasAuthorship W2139241449A5088388829 @default.
• W2139241449 hasAuthorship W2139241449A5090771647 @default.
• W2139241449 hasBestOaLocation W21392414491 @default.
• W2139241449 hasConcept C160099875 @default.
• W2139241449 hasConcept C16685009 @default.
• W2139241449 hasConcept C179933525 @default.
• W2139241449 hasConcept C196843134 @default.
• W2139241449 hasConcept C2778177303 @default.
• W2139241449 hasConcept C2779335785 @default.
• W2139241449 hasConcept C2910541586 @default.
• W2139241449 hasConcept C29456083 @default.
• W2139241449 hasConcept C54355233 @default.
• W2139241449 hasConcept C71924100 @default.
• W2139241449 hasConcept C86803240 @default.
• W2139241449 hasConcept C87073359 @default.
• W2139241449 hasConceptScore W2139241449C160099875 @default.

• next