Mikhaĭlichenko L A, Reutov M I
Biull Eksp Biol Med. 1989 Aug;108(8):162-3.
Microvessels of rabbit ears chamber and blood samples drawn from the internal ear vein after 30 min ischemia were studied. In the initial state the length of the left ear microvascular bed was 1.5 times higher, mean microvessel diameter 14.6% less, apparent viscosity of outflowing blood 16.8% less, RBC concentration per volume unity of blood 8% higher, RBC electrophoretic mobility 13.7% higher than those in the right one. It was shown that the left microvessel bed responds to the ischemia with the 13.2% increase of its length and 13.6% increase of the outflowing blood viscosity, the right one--with the 9.7% increase of microvessel diameter and 7.9% decrease of the viscosity.
研究了兔耳室的微血管以及缺血30分钟后从内耳静脉采集的血样。在初始状态下，左耳微血管床的长度比右耳高1.5倍，微血管平均直径比右耳小14.6%，流出血液的表观粘度比右耳低16.8%，每单位体积血液中的红细胞浓度比右耳高8%，红细胞电泳迁移率比右耳高13.7%。结果表明，左微血管床对缺血的反应是其长度增加13.2%，流出血液粘度增加13.6%；右微血管床对缺血的反应是微血管直径增加9.7%，粘度降低7.9%。
