Graham M S, Haedrich R L, Fletcher G L
Comp Biochem Physiol A Comp Physiol. 1985;80(1):79-84. doi: 10.1016/0300-9629(85)90682-6.
Blood was collected from three species of fish, Antimora rostrata (Moridae), Lycodes esmarkii (Zoarcidae), Macrurus berglax (Macrouridae), caught at depths ranging from 280 to 2300 m. Hemoglobin concentrations were low in all three species, ranging from 4.4 to 5.4 g/100 ml. Mean erythrocyte volumes were relatively large, and ranged from 277 micron3 in M. berglax to 672 micron3 in A. rostrata. Blood oxygen dissociation curves were hyperbolic, with relatively low Hill constants (0.95-1.26). Mean P50 values ranged from 10 mmHg in M. berglax to 28 mmHg in L. esmarkii. It is concluded that the hematology and oxygen-binding characteristics of the blood of these three deep-sea fish reflects adaptations to low metabolic rates and low general activity habits.
从捕获于280至2300米深度的三种鱼类中采集血液,这三种鱼分别是长吻无须鳕(无须鳕科)、埃氏狼鱼(狼鱼科)、大西洋魣鳕(鼠尾鳕科)。所有这三种鱼的血红蛋白浓度都很低,范围在4.4至5.4克/100毫升之间。平均红细胞体积相对较大,范围从大西洋魣鳕的277立方微米到长吻无须鳕的672立方微米。血液氧解离曲线呈双曲线,希尔常数相对较低(0.95 - 1.26)。平均P50值范围从大西洋魣鳕的10毫米汞柱到埃氏狼鱼的28毫米汞柱。得出的结论是,这三种深海鱼类血液的血液学和氧结合特性反映了它们对低代谢率和低总体活动习性的适应。