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Effect of non-linearity in predicting doppler waveforms through a novel model

机译:非线性对新型模型预测多普勒波形的影响

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摘要

BackgroundIn pregnancy, the uteroplacental vascular system develops de novo locally in utero and a systemic haemodynamic & bio-rheological alteration accompany it. Any abnormality in the non-linear vascular system is believed to trigger the onset of serious morbid conditions like pre-eclampsia and/or intrauterine growth restriction (IUGR). Exact Aetiopathogenesis is unknown. Advancement in the field of non-invasive doppler image analysis and simulation incorporating non-linearities may unfold the complexities associated with the inaccessible uteroplacental vessels. Earlier modeling approaches approximate it as a linear system.
机译:背景技术在怀孕期间,子宫胎盘血管系统在子宫内局部新生,并伴随着系统的血液动力学和生物流变学改变。据信,非线性血管系统中的任何异常都会引发严重的病态,例如先兆子痫和/或宫内生长受限(IUGR)。确切的病因未知。结合非线性的非侵入性多普勒图像分析和模拟领域的进步可能会加剧与难以到达的子宫胎盘血管相关的复杂性。早期的建模方法将其近似为线性系统。

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