中华超声影像学杂志
中華超聲影像學雜誌
중화초성영상학잡지
CHINESE JOURNAL OF ULTRASONOGRAPHY
2009年
9期
755-758
,共4页
章鸣%周启昌%彭清海%田蕾琪%蒲大容
章鳴%週啟昌%彭清海%田蕾琪%蒲大容
장명%주계창%팽청해%전뢰기%포대용
超声检查%产前%心脏缺损%先天性%B-flow显像%时间-空间相关成像
超聲檢查%產前%心髒缺損%先天性%B-flow顯像%時間-空間相關成像
초성검사%산전%심장결손%선천성%B-flow현상%시간-공간상관성상
Ultrasonography%prenatal%Heart defects%congenital%B-flow imaging%Spatio-temporal image correlation
目的 探讨B-flow显像与时间-空间相关成像联合诊断胎儿先天性心脏病的临床价值.方法 用B-flow显像分别对50例正常胎儿和14例先天性心脏病胎儿进行时间-空间相关成像(STIC)采集,再用表面模式对采集的容积图像进行四维重建.结果 50例正常胎儿及14例先天性心脏病胎儿在B-flow显像方式下进行STIC采集,分别成功地采集到63(63/71)、26(26/29)个合格的容积图像,四维重建的容积图像能清楚显示心血管正常或异常的空间位置关系.其中主、肺动脉等大血管的"数字铸型"、三至四条肺静脉同时显示等是二维超声所无法观察到的.结论 联合应用B-flow显像与STIC技术采集的胎儿心脏与大血管的容积图像清晰直观,并可获取二维超声心动图所无法提供的某些胎儿心脏解剖及病理特点的信息.
目的 探討B-flow顯像與時間-空間相關成像聯閤診斷胎兒先天性心髒病的臨床價值.方法 用B-flow顯像分彆對50例正常胎兒和14例先天性心髒病胎兒進行時間-空間相關成像(STIC)採集,再用錶麵模式對採集的容積圖像進行四維重建.結果 50例正常胎兒及14例先天性心髒病胎兒在B-flow顯像方式下進行STIC採集,分彆成功地採集到63(63/71)、26(26/29)箇閤格的容積圖像,四維重建的容積圖像能清楚顯示心血管正常或異常的空間位置關繫.其中主、肺動脈等大血管的"數字鑄型"、三至四條肺靜脈同時顯示等是二維超聲所無法觀察到的.結論 聯閤應用B-flow顯像與STIC技術採集的胎兒心髒與大血管的容積圖像清晰直觀,併可穫取二維超聲心動圖所無法提供的某些胎兒心髒解剖及病理特點的信息.
목적 탐토B-flow현상여시간-공간상관성상연합진단태인선천성심장병적림상개치.방법 용B-flow현상분별대50례정상태인화14례선천성심장병태인진행시간-공간상관성상(STIC)채집,재용표면모식대채집적용적도상진행사유중건.결과 50례정상태인급14례선천성심장병태인재B-flow현상방식하진행STIC채집,분별성공지채집도63(63/71)、26(26/29)개합격적용적도상,사유중건적용적도상능청초현시심혈관정상혹이상적공간위치관계.기중주、폐동맥등대혈관적"수자주형"、삼지사조폐정맥동시현시등시이유초성소무법관찰도적.결론 연합응용B-flow현상여STIC기술채집적태인심장여대혈관적용적도상청석직관,병가획취이유초성심동도소무법제공적모사태인심장해부급병리특점적신식.
Objective To investigate the value of combination of B-flow imaging and spatio-temporal image correlation in prenatal diagnosis of congenital heart diseases. Methods Volume images of 50 normal fetuses and 14 fetuses with congenital heart diseases were recruited in the study. Surface mode was used to reconstruct the volume images. Results Sixty-three and twenty-six qualified volume images were obtained in 50 normal fetuses and 14 fetuses with congenital heart diseases respectively. All volume images were reconstructed successfully and showed the spacial relationship of cardiac blood vessel directly. Conclusions The combination of B-flow imaging and spatio-temporal image correlation was feasible and useful in prenatal diagnosis of congenital heart diseases.