记忆增强的

The experiment results show that A1998 can markedly enhance the acquirement, strengthening and reappearance of memory.

以上实验结果表明，A1998对脑记忆的获得、巩固和再现均表现出明显的增强作用。

ameliorating cholinergic nervous system function and restraining lactic acid content may be the active mechanisms of co gbe in improving the learning and memorizing abilities, protecting encephalon and preventing vascular dementia in mid rats.

改善胆碱能神经系统功能，抑制脑组织乳酸含量的增加，可能是co gbe增强学习记忆能力，保护脑组织，防治血管性痴呆的重要机制。

Long-term potentiation is an important form of synaptic plasticity and a cellular model for study of learning and memory.

长时程增强是突触传递功能可塑性的重要表现形式，是研究学习与记忆的细胞模型。

Long-term potentiation and long-term depression, two forms of synaptic plasticity, are believed to underlie the mechanism of learning and memory.

长时程增强和长时程抑制，作为突触可塑性变化的两种主要形式，被认为是学习记忆的可能机制。

Becuase tetanic stimulation less than 1 second can produce logn-term increase of efficacy of the synaptic transmission, LTP has been considered as the possible physiological substrate of learning and memory.

由于不到一秒钟的强直刺激就能引起突触传递效能长时增强，故LTP已被认为是记忆的生理学之可能基础。

The observations that fisetin protects and promotes survival of cultured neurons and boosts memory in healthy mice make it a promising candidate for further studies.

通过实验观察到，非瑟酮对健康实验鼠的神经细胞的生长，增强记忆有保护和促进作用。

Interestingly the signaling pathway activated by fisetin in neural differentiation also played a role in memory formation, a process neuroscientists call "long-term potentiation" or LTP.

有趣的信号转导通路激活漆黄素在神经分化过程中也发挥着作用，在记忆形成过程神经学家所谓的&长期增强&或311 。

Acidic peptide can improve the ability of learning and memory of mice with VD greatly and also has good effects on the plerosis of injured cerebral cells and the rehabilitation of its function.

酸性肽能显著增强VD小鼠的学习记忆能力，有利于受损脑细胞的修复和功能恢复。

Cytosolic calcium homeostasis can be ad justed by taurine,and the slightly increase cytosolic calcium in neuronal cells may be one of the major mechanism of taurine's enhancing the memory and learn ing ability.

牛磺酸对细胞内钙离子有双向调节作用，牛磺酸可能是通过对钙稳态的调节作用来阻止细胞内钙超载，保护神经细胞、并发挥其增强动物学习记忆等方面功能的。

Cytosolic calcium homeostasis can be ad justed by taurine,and the slightly increase cytosolic calcium in neuronal cells may be one of the major mechanism of taurine's enhancing the memory and learn ing ability.

牛磺酸对细胞很痛内钙离子有双向调节作用，牛磺酸可能过敏是通过对钙稳态的调节作用来阻止细胞很痛内钙超载，保护原则神经细胞很痛、并发挥其增强动物学习记忆等方面功能的。

The split between the two groups can hardly be papered over.

这两个团体间的分歧难以掩饰。

This approach not only encourages a greater number of responses, but minimizes the likelihood of stale groupthink.

这种做法不仅鼓励了更多的反应，而且减少跟风的可能性。