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Using CFD to Predict Platelet Activation and Thrombus Formation in a Bioartificial Kidney - (ppt)

机译:使用CFD预测生物人工肾 - (PPT)中的血小板激活和血栓形成

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· Lifetime normalized stress accumulation PDFs indicate the parallel design has less thrombogenic potential than the serpentine · When compared to known platelet activation limits, the parallel design: - Has reduced thrombogenic potential - Is a more suitable candidate for the bioartificial kidney hemofilter blood flow path.
机译:·终身归一化应力累积PDF表示平行设计具有比蛇形的血栓形成潜力较少·与已知的血小板活化限制相比,并联设计: - 具有降低的血栓形成潜力 - 是生物中肾血液过滤血流路径的更合适的候选者。

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