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1·This also decreased neurogenesis in the hippocampus.

这样之后，海马体的神经形成也减少了。

2·The hippocampus contributes to conscious memory.

海马体帮助我们形成有意识的记忆。

3·As part of normal aging, the hippocampus shrinks.

正常衰老的同时，海马体也会收缩。

4·And the hippocampus plays an important role there.

在这里海马体的作用十分重要。

5·Large amounts of synaptic zinc are found in the hippocampus.

大量突触处的锌在海马区发现。

6·Meanwhile, Glen McNeilI has more work to do with his hippocampus.

同时，对海马区来说，Glen McNeili还有更多的工作要做。

7·Surprisingly, a healthy hippocampus didn't help the rats learn any better.

出人意料的是：保持海马区的健康对大鼠的学习能力没有丝毫好处。

8·The hippocampus encodes new information so that we can recall it later.

海马体把新的信息进行编码，这样我们以后就能记起。

9·Or look at the hippocampus, the crescent-shaped center of long-term memory.

也可以来看看海马体，那个月牙形的长期记忆中心。

10·And the one storage site where they begin is a structure called the hippocampus.

记忆开始的存储区是一个叫做海马的结构组织。

海马

1·Sleep spindles are brief but intense bursts of activity that indicate information transfer between two different memory storage areas, the hippocampus and the neocortex.

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。

2·Perhaps what happens is that the hippocampus is actually the short-term way station for memory in the brain, Walker tells WebMD.

沃克告诉网络医生网站说：' '很可能，发生的事情是：在大脑中，海马实际上是记忆短期存储的位置。

3·Learning happens in the hippocampus, a brain region that plays a key role in acquiring memories.

学习发生在脑部的海马状突起中，这是获取记忆最关键的脑部区域。

4·They are particularly interested in the hippocampus, a small area of the brain that helps form memories.

他们对（脑内的）海马状突起很有兴趣，那是大脑里帮助记忆的很小一个区域。

5·Slow electrical waves act as a replay button, causing the hippocampus to reactivate new memories and synchronizing the neocortex so that it accepts them into long-term storage.

慢波就像重放按钮一样，它使大脑海马状突起重新激活新记忆并使大脑皮层同步运作，从而长久储存这些新记忆。

海马体

1·Women's brains also showed decreased activity in the amygdala and hippocampus, which deal with fear and anxiety.

女人的大脑还表现为，杏仁体和海马体活动性降低。 二者与恐惧和焦虑有关。

2·However, it cannot translate this memory into behaviour because without the intermediate hippocampus, it lacks the relevant links to behavioural control.

但是它并不能将这种记忆转化为行为，因为没有有了中枢海马体，也就失去了与行为控制的相关的链接。

3·When glucocorticoid binds to its receptor in the hippocampus, that activates the expression of genes which dampen further synthesis of the hormone.

当糖皮质激素和海马体中的受体结合时，激活了那些阻止这种激素合成的基因。

4·Patients with damage to their hippocampus are unable to recollect the past, but they are also unable to construct detailed images of future scenarios. They appear to be stuck in time.

海马体受损的病人无法回忆过去，但他们也无法构建未来情景的细节影像，他们就好象卡在时间里一样。

5·We know that an area of the anterior hippocampus is the dentate gyrus, and that's where the new neurons are born in the animal studies.We can do the histology and the stains and so forth.

海马体的前部是齿状回，在动物研究中，齿状回是新神经元生成的部位，我们能对这一部位做组织学检查以及染色等等。

海马区

1·Scientists found increases in grey-matter density in the hippocampus—an area responsible for learning and memory.

科学家发现海马区——一个负责学习和记忆的区域——的灰质密度增加。

2·This study provides strong evidence that memory works through the reactivation of specific individual neurons in the hippocampus.

这个研究为“记忆是通过海马区特有的单个神经元的复活而工作”这一论点提供了有力的证据。

3·Large amounts of synaptic zinc are found in the hippocampus.

大量突触处的锌在海马区发现。

4·Changes occur in gene expression in the brain's hippocampus and frontal lobe. However, the molecular mechanisms underlying these changes in gene regulation are not completely known.

大脑的海马区和额叶部分显示出基因上的变化，虽然，分子工程师标识出了这些变化，然而具体的关联还无法完全得知。

5·Objective to observe the expression of proliferation in hippocampus following hypoxic-ischemic brain damage (HIBD) in neonatal rats and to explore the possible endogenous neurogenesis of brain.

目的：观察新生大鼠缺氧缺血性脑损伤(HIBD)后海马区细胞增殖的情况，探讨脑组织内源性修复的可能机制。

海马组织

1·Aim: To study the influence of he ne laser acupoint irradiation on hippocampus ultrastructure of hypoxic ischemic neonatal rats.

目的：探讨氦氖激光穴位照射对缺血缺氧新生大鼠海马组织超微结构的影响。

2·Objective To study effect of acupuncture on the content of nitric oxide (NO) and the activity of nitric oxide synthase (NOS) in the hippocampus of the obese rat.

目的：探讨针刺对肥胖大鼠海马组织一氧化氮(NO)含量和一氧化氮合酶(NOS)活性的影响。

3·Objective:To investigate the effects of electroacupuncturing acupoints Baihui, Taichong on NGF, BDNFv of hippocampus of depression model rats.

目的：探讨电针百会、太冲穴对抑郁模型大鼠海马组织中NGF、BDNF的影响。

4·The morphological changes of cerebral cortex and hippocampus were observed under light microscope and transmission electronic microscope, respectively.

电镜、光镜下观察大脑皮层及海马组织的形态学改变。

海马结构

1·Objective to explore the effects of ketogenic diet (KD) on the PTZ-induced seizure threshold and the pathological changes of hippocampus in immature rats.

目的探讨生酮饮食(KD)对幼鼠戊四氮(PTZ)诱导痫性发作阈值的影响及海马结构的病理改变。

2·It is also possible that hippocampus be involved in the episodic memory, but not in emotional process.

海马结构主要参与情景记忆，可能并不参与情绪加工。

3·There are some experimental data. Which showed that progesterone might affect structure and function of the hippocampus.

已有研究表明，孕激素对海马结构存在有结构和功能上的影响。