这些发现与茴香霉素阻断初级学习的固化和消除的证据是一致的。
These findings are consistent with other evidence that anisomycin blocks both the consolidation of original learning and extinction.
为了研究MAPK信号的作用，我们比较了茴香霉素和水杨酸钠作用下牙齿相关的分化标志的表达。
To examine the roles of MAPK signals, we compared the effects of anisomycin and sodium salicylate on the expression of tooth-related differentiation markers.
为了研究MAPK信号的作用，我们比较了茴香霉素和水杨酸钠作用下牙齿相关的分化标志的表达。
To examine the roles of MAPK signals, we compared the effects of anisomycin and sodium salicylate on the expression of tooth-related differentiation markers.
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