这些联系让知识变得容易记忆，所以不需要太多的记忆活动。
These connections made the ideas easier to remember, so less memorizing was required.
针对感知学习的研究模型有助于揭示人类学习和记忆活动的内在机制。
Research models of perceptual learning are very helpful to reveal the intrinsic mechanisms of learning and memory.
结论：中枢ne参与动物的学习记忆活动并且在类P3的产生与整合中起一定作用。
Conclusion: Central NE takes part in the activities of learning and memory and plays a certain role in the production and integration of P3-like potential.
幼年动物前额叶皮层中的神经元在进行记忆活动时放电频率很高，而老年动物的神经元放电频率显然要低些。
Neurons in the prefrontal cortex of the young animals were able to maintain firing at a high rate during working memory, while neurons in older animals showed slower firing rates.
研究表明，中枢执行机能与记忆活动具有很强的关联性，预示人类记忆理论的重新整合要建立在中枢执行机能的基础上。
The research shows that central executive function has been strongly connected with memory activities, which predicts that the reintegrated human memory theories will be based on its system.
大多数人认为学生应该少花时间记忆事实，给创造性活动更多的空间。
Most said students should spend less time memorizing facts and have more space for creative activities.
体育活动可以促进血液流向大脑，提高学习必需的记忆力、注意力和创造力。
Physical activity can improve blood flow to the brain, fueling memory, attention and creativity, which are essential to learning.
他们还测试了睡眠时的大脑活动，发现大脑中涉及情绪和记忆巩固的区域在这个过程中十分活跃。
They have also measured brain activity during sleep and found that regions of the brain involved with emotion and memory consolidation are active.
睡眠纺锤波非常的短暂但强烈的活动，它表明信息在海马和新大脑皮质两种不同的记忆储存区域传递。
Sleep spindles are brief but intense bursts of activity that indicate information transfer between two different memory storage areas, the hippocampus and the neocortex.
如果有足够的神经活动可以追踪，该设备就能在记忆失去之后使之恢复。
If there is sufficient neural activity to trace, the device can restore memories after they have been lost.
研究这么还发现一种叫做睡眠纺锤波的的大脑活动在记忆单词的能力方面发挥着作用。
The researchers also found that a type of brain activity called sleep spindles played a role in the ability to remember new words.
对大脑活动的测量也支持这一观点，测量显示，在睡觉时，大脑连接情感和记忆巩固的区域比清醒时更活跃，并呈周期性。
Measurements of brain activity support this notion, revealing that brain regions linked with emotion and memory consolidation are periodically more active during sleep then when awake.
在第一次扫描中，不熟悉互联网的受试者大脑显示出与语言、阅读、记忆和视觉能力有联系区域的活动。
In the first scan, the brains of the subjects who were inexperienced with the Internet showed activity in the areas linked to language, reading, memory and visual abilities.
不要担心听一些特别的歌或者做一些其他的活动会让你觉得很痛苦，因为它使你想起曾经的记忆；
Don't worry if listening to particular songs or doing other activities is painful because it brings back memories of the person that you lost; this is common.
但是，用来测量动物脑内多束神经细胞活动的那些试验表明，动物储存记忆的方式无规律可循。
But experiments that measured the activity of handfuls of neurons in the animals' brains suggested there was no predictable pattern in how those memories were stored.
理查德·池的团队说，抑制左前颞叶的活动可以减少周边信息的干扰影响，降低视觉记忆的错误率。
Chi's team says inhibiting activity in the left ATL reduces the confusing influence of context, cutting down on visual memory errors.
塞尔夫博士希望最终可以实现将人们对梦境的记忆同他们大脑活动的电子影像进行对照。
Dr Cerf hopes to eventually compare people's memories of their dreams with an electronic visualisation of their brain activity.
从睡觉的那一组志愿者那里收集来的大脑活动的数据表明，深度睡眠(短波睡眠)帮助他们巩固了对词汇的记忆。
The brain activity data collected from the volunteers in the sleep group showed that deep sleep (slow-wave sleep) helped strengthen their memories of new words.
这组数据表明，当被试们自荐回想起以前的记忆时，内侧颞叶结构(海马和杏仁核)的活动也逐渐减少。
This data set showed that medial temporal lobe structures (the hippocampus and amygdala) exhibited gradually decreasing activity as the participants recalled progressively older memories.
相比之下，海马的活动一降再降，我们知道海马处于内侧颞叶，对记忆的形成至关重要。
By contrast, activity in the hippocampus, a region of the medial temporal lobe known to be crucial for memory formation, was found to be reduced reduced.
裴恩合她的同事们在他们的研究里发现，在睡眠时期，脑部的一些活动区域与情感、记忆的巩固加强有关。
Payne and her colleagues found in their research that some of the most active brain regions during sleep periods are those involved with emotion and memory consolidation.
这个药物能阻断一种叫NMDA受体的蛋白分子的活动，这种分子在多种形式的记忆和学习过程中有重要作用。
This blocks the activity of protein molecules called NMDA receptors, which are important in many types of learning and memory.
突触连接神经细胞，其活动对于学习和记忆是很重要的，但它们也是，他说，大脑最脆弱的部分。
Synapses are the junctions between nerve cells, and their action is central to learning and memory. But they are also, he says, the most fragile parts of the brain.
大脑的视觉区发出的自发活动可以从脑电波测出来，最终生发出一连串的活动，他们都嵌在储存记忆的特定的大脑区域中。
The spontaneous activity from PGO waves may start in the visual areas of the brain but ultimately creates a cascade of activity that taps into the brain regions that house memories.
通过数码记录下你遇到的人、谈过的话、去过的地方，以及参加过的活动。这些记忆将能够搜索、复原及分享。
A digital memory of people you met, conversations you had, places you visited, and events you participated in. This memory would be searchable, retrievable, and shareable.
当这种蛋白质在人脑中形成小块斑点时，就会使人记忆丧失，精神活动退化，最终导致大脑功能完全丧失。
The memory loss and decline in mental performance associated with the disease occur in people when this protein forms small lumps in the brain. They eventually lead to a complete loss of function.
当这种蛋白质在人脑中形成小块斑点时，就会使人记忆丧失，精神活动退化，最终导致大脑功能完全丧失。
The memory loss and decline in mental performance associated with the disease occur in people when this protein forms small lumps in the brain. They eventually lead to a complete loss of function.
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