Swan Annalisa, Hunter Peter, Tawhai Merryn
University of Auckland, Bioengineering Institute.
Adv Exp Med Biol. 2008;605:184-9. doi: 10.1007/978-0-387-73693-8_32.
Pulmonary gas exchange can be investigated at different scales of interest. Our approach is to couple models of gas exchange to anatomically-detailed models of the airway and pulmonary vascular trees. We are linking a hierarchy of models from the capillary segment up to the whole lung, so that a change in the detailed small-scale behaviour has a flow-on effect to function at a larger scale. The anatomically-based models will be used to understand how regional perturbations to the structure or function of the airway and vascular trees and the state of health of the functional tissue affect gas exchange. We are interested in the degree to which the system can be perturbed before it is detected by standard laboratory measures.
肺气体交换可以在不同的感兴趣尺度上进行研究。我们的方法是将气体交换模型与气道和肺血管树的解剖学详细模型相结合。我们正在将从毛细血管段到整个肺部的一系列模型联系起来,以便详细的小尺度行为变化对更大尺度的功能产生连锁反应。基于解剖学的模型将用于理解气道和血管树的结构或功能以及功能组织的健康状态的局部扰动如何影响气体交换。我们感兴趣的是在通过标准实验室测量检测到系统之前,系统能够被扰动的程度。