缺氧血液动力学、流变学尤其是缺氧对红细胞的损伤以及红细胞增多和损伤后对心、肺的影响引起了许多学者的高度重视，缺氧一方面通过促进红细胞生成素的合成和释放，使体内红细胞大量增多，血球压积升高，另一方面缺氧对红细胞代谢、形态和功能亦有一定影响。作者对减压缺... Hypoxia, hemodynamics, rheology, especially hypoxia on erythrocyte damage and erythrocyte damage and heart, lung damage caused many scholars attach great importance to hypoxia, on the one hand through the promotion of erythropoietin synthesis and release , So that a large number of red blood cells in vivo increased hematocrit, on the other hand, hypoxia on the metabolism of red blood cells, morphology and function also have a certain impact. Author decompression lack ...