首页> 外文会议>Engineering in Medicine and Biology Society, 2003. Proceedings of the 25th Annual International Conference of the IEEE >Modeling tumor growth: from differential deformable models to growth prediction of tumors detected in PET images
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Modeling tumor growth: from differential deformable models to growth prediction of tumors detected in PET images

机译:建模肿瘤生长:从差分变形模型到PET图像中检测到的肿瘤生长预测

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Modeling of a growing tumor over time is extremely difficult, because of the complex biological phenomena underlying cancer proliferation. Existing models can mostly describe in vitro experiments of spherically-shaped avascular tumors, but they cannot match the highly heterogeneous and complex-shaped tumors seen in cancer patients. We propose a new time-dependent geometric deformable model that can characterize tumors of complex shape, such as vascular tumors. Preliminary result show that such a model can provide an adequate framework for analyzing and predicting the growth of tumors seen in PET images of cancer patients.
机译:由于随着癌症扩散的复杂生物学现象,随着时间的流逝,对不断增长的肿瘤进行建模非常困难。现有模型大部分可以描述球形无血管肿瘤的体外实验,但它们不能与癌症患者中见到的高度异质性和复杂形状的肿瘤相匹配。我们提出了一种新的随时间变化的几何可变形模型,该模型可以表征复杂形状的肿瘤,例如血管肿瘤。初步结果表明,这种模型可以为分析和预测在癌症患者的PET图像中看到的肿瘤的生长提供适当的框架。

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