Fetal bone age revisited: Proposal of a new radiographic score
Identifieur interne : 00AD83 ( Main/Merge ); précédent : 00AD82; suivant : 00AD84Fetal bone age revisited: Proposal of a new radiographic score
Auteurs : N. Stempflé [France] ; Y. Huten [France] ; C. Fondacci [France] ; T. Lang [France] ; M. Hassan [France] ; C. Nessmann [France]Source :
- Pediatric Radiology [ 0301-0449 ] ; 1995-09-01.
English descriptors
- KwdEn :
- Boulevard s6rurier, Debr6 hospital, Distal femoral epiphysis, Femoral epiphysis, Fetal, Fetal bone, Fetal bone score, Fetal growth, Fetal maturity, Fetus, Frontal view, Growth retardation, Intrauterine growth retardation, Ischial ramus, Iugr fetuses, Lateral view, Linear regression method, Long bones, Maturation, Maturation osseuse, Ossification centre, Pediatr radiol, Ponderal, Ponderal value, Radiograph, Radiography, Radiol, Ramus, Skeletal area, Skeletal areas, Smooth mandibular ramus, Standard error, Superior pubic ramus, Talus, Tibial metaphysis.
- Teeft :
- Boulevard s6rurier, Debr6 hospital, Distal femoral epiphysis, Femoral epiphysis, Fetal, Fetal bone, Fetal bone score, Fetal growth, Fetal maturity, Fetus, Frontal view, Growth retardation, Intrauterine growth retardation, Ischial ramus, Iugr fetuses, Lateral view, Linear regression method, Long bones, Maturation, Maturation osseuse, Ossification centre, Pediatr radiol, Ponderal, Ponderal value, Radiograph, Radiography, Radiol, Ramus, Skeletal area, Skeletal areas, Smooth mandibular ramus, Standard error, Superior pubic ramus, Talus, Tibial metaphysis.
Abstract
Abstract: In order to establish a fetal bone age score, the post-mortem skeletal radiographs of 85 selected normal fetuses aged from 15 to 41 weeks of gestation (WG) were analysed. Twenty-eight skeletal areas were selected for which quantitative and/or qualitative criteria were defined. Each new aspect was graded and tatistically tested by the stepwise linear regression method. Two modalities of scores of decreasing complexity were then designed. The use of these two scores permitted the assessment of the fetal age withr 2 values of 0.97 and 0.96 (standard error of estimation of 1.19 and 1.36 WG). Applied to 15 intrauterine growth retardation (IUGR) fetuses, the age estimated by these scores was well correlated with the age obtained by extraosseous criteria of maturation. This method is proposed as a tool for determining the fetal age during necropsy and could also be useful in US prenatal evaluation.
Url:
DOI: 10.1007/BF02015793
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Twenty-eight skeletal areas were selected for which quantitative and/or qualitative criteria were defined. Each new aspect was graded and tatistically tested by the stepwise linear regression method. Two modalities of scores of decreasing complexity were then designed. The use of these two scores permitted the assessment of the fetal age withr 2 values of 0.97 and 0.96 (standard error of estimation of 1.19 and 1.36 WG). Applied to 15 intrauterine growth retardation (IUGR) fetuses, the age estimated by these scores was well correlated with the age obtained by extraosseous criteria of maturation. This method is proposed as a tool for determining the fetal age during necropsy and could also be useful in US prenatal evaluation.</div></front></TEI></record>Pour manipuler ce document sous Unix (Dilib)
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