13_Analysis of skeletal system during human early-fetal period based on MCA.
13_Analysis of skeletal system during human early-fetal period based on MCA.
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13_基于MCA的人类胎儿早期骨骼系统分析。
DOI：
10.1007/978-981-16-4325-5_13
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发表时间：
2022
期刊：
影响因子：
--
通讯作者：
Takakuwa T.Makoto Hashizume.
中科院分区：
文献类型：
--
作者：
Yoshinaga M;Horigome H;Yasuda K;Kogaki S;Tateno S;Ohta K;Hirono K;Hosokawa S;Takechi F;Ishikawa Y;Hata T;Ichida F;Ohno S;Makita N;Horie M;Takahashi H;Nagashima M.;Takakuwa T.Makoto Hashizume.
在人类的发育过程中，外在和内在的形态特征都发生了巨大的变化。外部特征，包括身体和四肢的特征，为确定每个发育胚胎的阶段提供了很好的基础。高频经阴道换能器的三维（3-D）超声检查的应用已经扩大，现在促进了3-D超声胚胎学的发展，这为评估正常的人类发育提供了基础，也可用于检测发育异常。临床获得的数据中，评估身体和四肢需要各卡内基期（CS）和胎儿早期的标准形态学定量数据，以便更好地进行产前形态学诊断。将描述基于MCA的人类胚胎和早期胎儿时期骨骼系统的分析，包括胸腔、肩带、骨盆和股骨。所获得的数据可能有助于这种评价。
During human development, both external and internal morphological features change dramatically. External features, including those on the body and limbs, provide a good basis for determining the staging of each developing embryo. The application of three-dimensional (3-D) sonography with high-frequency transvaginal transducers has expanded and now fosters 3-D sonoembryology, which provides a basis for assessing normal human development and can also be useful in detecting developmental anomalies. The quantitative data of standard morphology for each Carnegie stage (CS) and early fetal period is required for the evaluation of the body and limbs in clinically obtained data, to allow for better prenatal morphological diagnosis. Analysis of the skeletal system during the human embryonic and early fetal period based on MCA will be described, including the rib cage, shoulder girdle, pelvis, and femur. The data obtained may contribute to such evaluations.