Hall J E, Schwinghamer J M, Lalone B
Am J Physiol. 1976 Mar;230(3):569-78. doi: 10.1152/ajplegacy.1976.230.3.569.
The contributions of sympathetic nerves, circulating hormones, and passive vascular recoil to vasoconstriction and transcapillary fluid reabsorption in skin and skeletal muscle were examined in the forelegs of 55 pentobarbitalized dogs by using a combined gravimetric and segmental resistance technique. Hemorrhage elicited large increases in forelimb segmental vascular resistances and in the rate of extravascular fluid reabsorption. Only a small part of these responses could be attributed to the passive effects of reducing forelimb perfusion pressure.
采用重量法和节段阻力法相结合的技术，对55只戊巴比妥麻醉犬的前肢进行研究，以探讨交感神经、循环激素和被动血管弹性对皮肤和骨骼肌血管收缩及跨毛细血管液体重吸收的作用。出血引起前肢节段血管阻力和血管外液体重吸收率大幅增加。这些反应中只有一小部分可归因于降低前肢灌注压的被动效应。
