International Estimated Fetal Weight Standards of the INTERGROWTH-21(st) Project
Autor: | Stirnemann, J., Villar, J., Salomon, L. J., Ohuma, E., Ruyan, P., Altman, D. G., Nosten, F., Craik, R., Munim, S., Cheikh Ismail, L., Barros, F. C., Lambert, A., Norris, S., Carvalho, M., Jaffer, Y. A., Noble, J. A., Bertino, E., Gravett, M. G., Purwar, M., Victora, C. G., Uauy, R., Bhutta, Z., Kennedy, S., Papageorghiou, A. T., Katz, M, Bhan, MK, Garza, C, Zaidi, S, Langer, A, Rothwell, PM, Weatherall, Sir D, Bhutta, ZA, Villar, J, Kennedy, S, Altman, DG, Barros, FC, Bertino, E, Burton, F, Carvalho, M, Ismail, L Cheikh, Chumlea, WC, Gravett, MG, Jaffer, YA, Lambert, A, Lumbiganon, P, Noble, JA, Pang, RY, Papageorghiou, AT, Purwar, M, Rivera, J, Victora, C, Uauy, R, Berkley, J, Munim, S, Norris, S, Nosten, F, Craik, R, Shorten, M, Hoch, L, Knight, HE, Ohuma, EO, Cosgrove, C, Blakey, I, Ash, S, Urias, E Staines, Roseman, F, Kunnawar, N, Gu, SH, Wang, JH, Wu, MH, Domingues, M, Gilli, P, Juodvirsiene, L, Musee, N, Al‐Jabri, H, Waller, S, Muninzwa, D, Yellappan, D, Carter, A, Reade, D, Miller, R, Ahmed, I, Condon, C, Mainwaring, M, da Silveira, MF, Walusuna, L, Wiladphaingern, S, Salomon, L, Leston, A, Mitidieri, A, Al‐Aamri, F, Paulsene, W, Sande, J, Al‐Zadjali, WKS, Batiuk, C, Bornemeier, S, Dighe, M, Gaglioti, P, Jacinta, N, Jaiswal, S, Oas, K, Oberto, M, Olearo, E, Owende, MG, Shah, J, Sohoni, S, Todros, T, Venkataraman, M, Vinayak, S, Wang, L, Wilson, D, Wu, QQ, Zhang, Y, Chamberlain, P, Danelon, D, Sarris, I, Dhami, J, Ioannou, C, Knight, CL, Napolitano, R, Wanyonyi, S, Pace, C, Mkrtychyan, V, Buckle, M, Jackson, N, Mwangudzah, H, Norris, T, Zainab, G, Al‐Habsi, F, Alija, M, Jimenez‐Bustos, JM, Kizidio, J, Puglia, F, Liu, H, Lloyd, S, Mota, D, Ochieng, R, Rossi, C, Luna, M Sanchez, Shen, YJ, Rocco, DA, Frederick, IO, Monyepote, B, Salim, M, Salam, R, Carrara, VI, Alam, D, Guman, Y, Kilonzo, J, Min, A, Ngami, V, Olivera, I, Deutsch, G, Albernaz, E, Batra, M, Bhat, BA, Nicola, P Di, Giuliani, F, Rovelli, I, McCormick, K, Paul, V, Rajan, V, Wilkinson, A, Varalda, A, Eskenazi, B, Bradman, A, Burnham, O, Corra, LA, Dolk, H, Farhi, F, Finkton, D, Golding, J, Matijasevich, A, de Wet, T, Zhang, JJ, Stein, A, Fernandes, M, Abubakar, A, Acedo, J, Aranzeta, L, Ibanez, D, Kihara, M, de Leon, E, Newton, CR, Savini, S, Soria‐Frisch, A, Wulff, K, Fonseca, S, Sclowitz, IK, He, YP, Pan, Y, Yuan, Y, Choudhary, A, Choudhary, S, Deshmukh, S, Dongaonkar, D, Ketkar, M, Khedikar, V, Mahorkar, C, Mulik, I, Saboo, K, Shembekar, C, Singh, A, Taori, V, Tayade, K, Somani, A, Frigerio, M, Gilli, G, Giolito, M, Occhi, L, Signorile, F, Stones, W, Kisiang'ani, C, Kemp, B, Barsosio, H, Mwakio, S, Seale, A, Al‐Abri, J, Al‐Abduwani, J, Al‐Habsi, FM, Al‐Lawatiya, H, Al‐Rashidiya, B, Juangco, FR, Raza, A, Lephoto, T, Macauley, S, Malgas, L, McGready, R, Cararra, VI, Patel, B, Roseman, S, Baricco, M, Capp, A, Hussein, S, Laister, A, Lewis, T, Maggiora, E, Sharps, M, Carew, R, Andersen, HF, Abbott, SE, Carter, AA, Algren, H, Sorensen, TK, Enquobahrie, D |
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Jazyk: | angličtina |
Rok vydání: | 2016 |
Předmět: |
Adult
Original Paper Radiological and Ultrasound Technology ultrasound screening Obstetrics and Gynecology birth weight Gestational Age Original Papers Ultrasonography Prenatal Cross-Sectional Studies Reproductive Medicine Fetal Weight Pregnancy Nuclear Medicine and Imaging fetal growth gestational age Birth Weight Female Femur Head Humans Prospective Studies Radiology Nuclear Medicine and Imaging Prenatal Radiology Ultrasonography |
Zdroj: | Ultrasound in Obstetrics & Gynecology |
ISSN: | 1469-0705 0960-7692 |
Popis: | Objective Estimated fetal weight (EFW) and fetal biometry are complementary measures used to screen for fetal growth disturbances. Our aim was to provide international EFW standards to complement the INTERGROWTH‐21st Fetal Growth Standards that are available for use worldwide. Methods Women with an accurate gestational‐age assessment, who were enrolled in the prospective, international, multicenter, population‐based Fetal Growth Longitudinal Study (FGLS) and INTERBIO‐21st Fetal Study (FS), two components of the INTERGROWTH‐21st Project, had ultrasound scans every 5 weeks from 9–14 weeks' until 40 weeks' gestation. At each visit, measurements of fetal head circumference (HC), biparietal diameter, occipitofrontal diameter, abdominal circumference (AC) and femur length (FL) were obtained blindly by dedicated research sonographers using standardized methods and identical ultrasound machines. Birth weight was measured within 12 h of delivery by dedicated research anthropometrists using standardized methods and identical electronic scales. Live babies without any congenital abnormality, who were born within 14 days of the last ultrasound scan, were selected for inclusion. As most births occurred at around 40 weeks' gestation, we constructed a bootstrap model selection and estimation procedure based on resampling of the complete dataset under an approximately uniform distribution of birth weight, thus enriching the sample size at extremes of fetal sizes, to achieve consistent estimates across the full range of fetal weight. We constructed reference centiles using second‐degree fractional polynomial models. Results Of the overall population, 2404 babies were born within 14 days of the last ultrasound scan. Mean time between the last scan and birth was 7.7 (range, 0–14) days and was uniformly distributed. Birth weight was best estimated as a function of AC and HC (without FL) as log(EFW) = 5.084820 − 54.06633 × (AC/100)3 − 95.80076 × (AC/100)3 × log(AC/100) + 3.136370 × (HC/100), where EFW is in g and AC and HC are in cm. All other measures, gestational age, symphysis–fundus height, amniotic fluid indices and interactions between biometric measures and gestational age, were not retained in the selection process because they did not improve the prediction of EFW. Applying the formula to FGLS biometric data (n = 4231) enabled gestational age‐specific EFW tables to be constructed. At term, the EFW centiles matched those of the INTERGROWTH‐21st Newborn Size Standards but, at |
Databáze: | OpenAIRE |
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