Isaakyan L A, Trubitsyna G A, Shcheglova A I
Zh Evol Biokhim Fiziol. 1975 May-Jun;11(3):321-3.
Short-term adaptation to cold (-17-19 degrees) results in evident changes of energy metabolism of gerbiles. In cold-adapted Meriones unguiculatus, tissue oxygen consumption increases in all the tissues investigated. In M. tamariscinus, respiratory rate increased only in the cardiac muscle, whereas that in other organs and muscles remained unaffected. In contrast to these two cold-resistant species, M. erythrourus is less resistant to cooling. In the latter case, no changes were observed in total and tissues respiration after cold adaptation of animals.
短期适应寒冷(-17 - 19摄氏度)会导致沙鼠的能量代谢发生明显变化。在适应寒冷的长爪沙鼠中,所有被研究的组织的组织氧消耗量均增加。在柽柳沙鼠中,仅心肌的呼吸速率增加,而其他器官和肌肉的呼吸速率保持不变。与这两种耐寒物种相比,红尾沙鼠对寒冷的耐受性较差。在后一种情况下,动物经过冷适应后,总体呼吸和组织呼吸均未观察到变化。