Frank B, Stein D G, Rosen J
Science. 1970 Jul 24;169(3943):399-402. doi: 10.1126/science.169.3943.399.
Sixty mice received either shock or no shock in a shuttle box, or nonspecific stress in another apparatus. Brain and liver homogenates from these animals were then injected into 120 naive recipients, who were all tested in the shuttle box. Subjects receiving brain or liver from shocked or stressed donors had significantly higher latencies than control counterparts. These results are interpreted in terms of stress, rather than a memory transfer hypothesis.
60只小鼠在穿梭箱中接受电击或无电击处理，或在另一种装置中接受非特异性应激。然后将这些动物的脑和肝匀浆注射到120只未接触过实验的受体小鼠体内，所有受体小鼠都在穿梭箱中进行测试。接受过电击或应激处理的供体小鼠的脑或肝的受体小鼠，其潜伏期明显长于对照组。这些结果是从应激角度来解释的，而非记忆转移假说。
