Minnebaev M M, Mukhutdinova F I
Biull Eksp Biol Med. 1990 Dec;110(12):589-90.
This work includes a comparative study of aldolase enzyme activity, LDG and its isoenzymes in thoracic duct lymph and blood serum of rabbits in fever reaction dynamics of various duration. Irrespective of its duration the fever was followed by a significant activation of investigated enzymes in the body liquids. However, in many day fever reaction a rise of LDG level in the lymph was more prolonged then that in the blood. The above studies make it possible to assume that the released enzymes in fever reaction are primarily resorbed by lymphatic capillaries and their activity indices in the blood serum are largely evidenced by the transport function of the lymphatic system.
这项工作包括对不同持续时间发热反应动态下家兔胸导管淋巴液和血清中醛缩酶活性、乳酸脱氢酶(LDG)及其同工酶进行比较研究。无论发热持续时间长短,发热后体液中所研究的酶均会显著激活。然而,在多日发热反应中,淋巴液中LDG水平的升高比血液中更为持久。上述研究使人们有可能推测,发热反应中释放的酶主要被毛细淋巴管重吸收,血清中它们的活性指标在很大程度上由淋巴系统的运输功能所证明。