Zamir M, Phipps S
Department of Applied Mathematics, University of Western Ontario, London, Canada.
Can J Physiol Pharmacol. 1987 Dec;65(12):2433-40. doi: 10.1139/y87-386.
Branching angles and branch diameters of the distributing vessels in the renal networks of rats were measured and the results are compared with data reported previously from the coronary network of the same species. Comparison is also made with what is known to be optimum on theoretical grounds to determine to what extent the branching characteristics of the renal network are governed by considerations of optimality, and to what extent they are affected by other considerations, relating particularly to the role that the network plays in the blood processing function of the kidney.
测量了大鼠肾网络中分布血管的分支角度和分支直径,并将结果与先前报道的同一物种冠状动脉网络的数据进行比较。还与理论上已知的最优情况进行比较,以确定肾网络的分支特征在多大程度上受最优性考虑的支配,以及在多大程度上受其他考虑因素的影响,特别是与该网络在肾脏血液处理功能中所起作用相关的因素。