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
780-782
,共3页
超声检查%卵泡%自动体积测量
超聲檢查%卵泡%自動體積測量
초성검사%란포%자동체적측량
Ultrasonography%Ovarian follicle%Automated volume count
目的 评价自动体积测量(SonoAVC)技术测量卵泡体积的准确性、可重复性以及时效性.方法 分别使用三径体积计算法、虚拟器官计算机辅助分析(VOCAL)法和SonoAVC法测量卵泡的体积,以VOCAL为标准判断其他二种方法的准确性,以最大卵泡体积的观察者间的比较来判断可重复性,以测量所需的时间来判断时效性.结果 50名患者共测量了176个卵泡,VOCAL法和SonoAVC法的测量数据有高度相关性,三径体积计算法较差;VOCAL法和SonoAVC法的可重复性较好,三径体积计算法较差;而VOCAL法耗时较多.结论 SonoAVC在准确性、可重复性以及效率三方面均具有明显的优势,是卵泡评估的理想工具.
目的 評價自動體積測量(SonoAVC)技術測量卵泡體積的準確性、可重複性以及時效性.方法 分彆使用三徑體積計算法、虛擬器官計算機輔助分析(VOCAL)法和SonoAVC法測量卵泡的體積,以VOCAL為標準判斷其他二種方法的準確性,以最大卵泡體積的觀察者間的比較來判斷可重複性,以測量所需的時間來判斷時效性.結果 50名患者共測量瞭176箇卵泡,VOCAL法和SonoAVC法的測量數據有高度相關性,三徑體積計算法較差;VOCAL法和SonoAVC法的可重複性較好,三徑體積計算法較差;而VOCAL法耗時較多.結論 SonoAVC在準確性、可重複性以及效率三方麵均具有明顯的優勢,是卵泡評估的理想工具.
목적 평개자동체적측량(SonoAVC)기술측량란포체적적준학성、가중복성이급시효성.방법 분별사용삼경체적계산법、허의기관계산궤보조분석(VOCAL)법화SonoAVC법측량란포적체적,이VOCAL위표준판단기타이충방법적준학성,이최대란포체적적관찰자간적비교래판단가중복성,이측량소수적시간래판단시효성.결과 50명환자공측량료176개란포,VOCAL법화SonoAVC법적측량수거유고도상관성,삼경체적계산법교차;VOCAL법화SonoAVC법적가중복성교호,삼경체적계산법교차;이VOCAL법모시교다.결론 SonoAVC재준학성、가중복성이급효솔삼방면균구유명현적우세,시란포평고적이상공구.
Objective To assess the ability of the new software SonoAVC to measure follicular volume and to compare these volume calculations with those made by conventional methods. Methods Three-dimensional ultrasound imaging was used to acquire volumetric data from the ovaries of 50 women undergoing controlled ovarian stimulation as part of in-vitro fertilization treatment. SonoAVC was used to automatically measure the volume of follicles and virtual organ computer-aided analysis(VOCAL) was also applied to measure volume, which was used as the standard of volume measurement. And the three perpendicular diameters (xyz diameters) of follicles were manually measured by conventional two-dimensional(2D) ultrasound, which were used to estimate volume using the sphere formula. And the validity of each technique was compared using limits of agreement. Results One hundred and seventy-six follicles were studied. SonoAVC and VOCAL provided highly accurate and repeatable follicular volume measurements in all cases. Volumes estimated from manually derived follicular diameter measurements were less accurate and repeatable. VOCAL took more time in follicular volume of measurement than SonoAVC and conventional 2D displays. Conclusions SonoAVC provides highly accurate, repeatable,and efficient measurements of follicular volume.