Liabakh E G, Shoshenko K A
Fiziol Zh SSSR Im I M Sechenova. 1991 Nov;77(11):35-9.
Numerical simulation of the oxygen low diffusion coefficient (1.3.10-6 cm/sec) in a skeletal muscle with three types of fibres with different oxygen demands, has revealed: 1) an enlarged vascularisation of a fibre with high oxygen demand prevents the development of hypoxia because of shortening of the ways of oxygen diffusion from capillaries; 2) in a muscle with external layers consisting mainly of white fibres with low oxygen demand and deep layers of red fibres, the pO2 in the tissue and in the blood flowing from the layers, decrease with the depth.
对具有三种不同需氧量纤维的骨骼肌中氧气低扩散系数（1.3×10⁻⁶厘米/秒）进行的数值模拟显示：1）高需氧量纤维的血管化增强可防止缺氧，这是因为从毛细血管扩散来的氧气扩散路径缩短；2）在主要由低需氧量白色纤维构成外层、红色纤维构成深层的肌肉中，组织和从这些层流出的血液中的pO₂随深度降低。
