Surface parameterisation of the utero/placental interface using 3D power doppler ultrasound

机译：使用3D功率多普勒超声对子宫/胎盘界面进行表面参数化

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Studying the surface of an internal organ such as the placenta using three-dimensional ultrasound (3D US) is difficult. Image data from the surrounding tissue makes accurate identification of the interface technically challenging. The placental/maternal interface (basal plate) is thought to be the location of significant vascular pathology causing major maternal and fetal morbidity. We propose a new method for identifying this interface which combined with parameterisation (flattening) offers a novel way to study the vasculature of the developing placenta.

机译：难以使用三维超声（3D US）研究诸如胎盘等内部器官的表面。来自周围组织的图像数据使接口的准确识别在技术上具有挑战性。胎盘/母体界面（基底板）被认为是引起重大母婴发病率的重要血管病变的部位。我们提出了一种识别该界面的新方法，该方法与参数化（展平）相结合，为研究发育中的胎盘的脉管系统提供了一种新颖的方法。

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《2011 8th IEEE International Symposium on Biomedical Imaging: From Nano to Macro》|2011年|p.891-894|共4页
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Stevenson Gordon N.; Collins Sally L.; Impey Lawrence; Noble J. Alison;
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中图分类模式识别与装置;
关键词
Doppler measurements; Ultrasonography; anatomical structure; biomedical image processing; pregnancy;

机译：多普勒测量;超声检查;解剖结构;生物医学图像处理;妊娠;

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1. Feasibility of three-dimensional power Doppler ultrasound and Virtual Reality measurements of (utero)placental vascularization as non-invasive biomarkers of (utero)placental health [J] . I.F. Reijnders, A.G.M.G.J Mulders, M.P.H. Koster, Journal of developmental origins of health and disease . 2017,第Suppla1期

机译：三维动力多普勒超声和虚拟现实测量的可行性（Uttero）胎盘血管化作为（Utero）胎盘健康的非侵入性生物标志物
2. Utero-placental vascularisation in normal and preeclamptic and intra-uterine growth restriction pregnancies: third trimester quantification using 3D power Doppler with comparison to placental vascular morphology (EVUPA): a prospective controlled study [J] . Aboubaker Cherifi, Anne-Claire Chabot-Lecoanet, Christophe Christov, BMJ Open . 2016,第3期

机译：正常，先兆子痫和子宫内生长受限妊娠的子宫-胎盘血管形成：使用3D功率多普勒与胎盘血管形态学（EVUPA）进行比较的晚期妊娠量化：一项前瞻性对照研究
3. 3D power Doppler ultrasound assessment of placental perfusion during uterine contraction in labor [J] . Sato Miki, Noguchi Junko, Mashima Masato, Placenta . 2016,第Null期

机译：产程子宫收缩期间胎盘灌注的3D功率多普勒超声评估
4. Surface parameterisation of the utero/placental interface using 3D power doppler ultrasound [C] . Stevenson Gordon N., Collins Sally L., Impey Lawrence, IEEE International Symposium on Biomedical Imaging . 2011

机译：使用3D电源多普勒超声波的UTETO /胎盘界面的表面参数化
5. Prostate cancer diagnosis and staging by sonography: Correlation of histopathologic measures with quantitative 3D Doppler ultrasound [D] . Moskalik, Aaron Peter 2000

机译：前列腺癌的超声诊断和分期：定量3D多普勒超声对组织病理学指标的相关性
6. Utero-placental vascularisation in normal and preeclamptic and intra-uterine growth restriction pregnancies: third trimester quantification using 3D power Doppler with comparison to placental vascular morphology (EVUPA): a prospective controlled study [O] . Jie Duan, Anne-Claire Chabot-Lecoanet, Estelle Perdriolle-Galet, 2016

机译：正常先兆子痫和子宫内生长受限妊娠的子宫-胎盘血管化：使用3D功率多普勒与胎盘血管形态学（EVUPA）进行比较的晚期妊娠量化：一项前瞻性对照研究
7. P14.22: Utero-placental vascularization by 3D power Doppler during first trimester: predictive value for placental vascular disease. A prospective and multicentric cohort study [O] . E. Perdriolle-Galet, J. Duan, V. Tsatsaris, 2014

机译：P14.22：3D Power Doppler在前妊娠中的子宫血管形成：胎盘血管疾病的预测值。潜在和多中心队列研究

Surface parameterisation of the utero/placental interface using 3D power doppler ultrasound

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