海马的形状为什么像一个“S”？
海马的名字是怎么得来的？
他的第一部也是最著名的一部水下电影是关于海马的。
His first and most celebrated underwater film is about the seahorse.
海马是鱼，但是它们的头看起来像马。
在这里海马体的作用十分重要。
我同时是海马、狮子、跳跳鼠、猴子。
你单不吃海马是不是因为它的形状？
也许，在他们的海马区存在大量的神经发生。
Perhaps, much neurogenesis has occurred in their hippocampi.
记忆开始的存储区是一个叫做海马的结构组织。
And the one storage site where they begin is a structure called the hippocampus.
海马没有牙齿和胃。
严重的海马体损伤会导致长期记忆能力的遗失。
Serious hippocampal damage means the loss of the ability to form new long-term memories.
赢球之际，上海马上要进入午夜时分。
这是第二次规划海马股价下跌的价格。
This is the second time planning hippocampus shares down to price.
那么，为什么会旧的记忆会从海马转移到额叶皮层？
Why, then, might old memories be transferred from the hippocampus to the frontal cortex?
也可以来看看海马体，那个月牙形的长期记忆中心。
Or look at the hippocampus, the crescent-shaped center of long-term memory.
海马看起来像马的脸，但事实上牠是鱼。
The seahorse looks like a horse's head, but in fact, it is a fish.
看看水草后面有没有妈妈？原来是小海马。
海马体把新的信息进行编码，这样我们以后就能记起。
The hippocampus encodes new information so that we can recall it later.
当它是一只海马的时候。
图片中动物是一只海马。
星期二凌晨海马在菲律宾以东的洋面形成。
Haima formed early Tuesday morning in the ocean east of the Philippines.
你没看见我在生孩子吗，当然是海马爸爸啰。
You have not seen me to have a child, certainly is seahorse daddy.
这种作用甚至可以在老年小鼠的海马中看到。
This effect could even be seen in the hippocampi of aged mice.
目的研究海马损伤对大鼠学习和记忆的影响。
Objective To approach effect of hippocampus damage on learning and memory in rats.
组织，膜蛋白，病人，老年性痴呆，脑，海马。
Tissue, Membrane Protein, Human Disease, Alzheimer's Disease, Brain, Hippocampus.
组织，核蛋白，病人，老年性痴呆，脑，海马。
Tissue, Nuclear Protein, Human Disease, Alzheimer's Disease, Brain, Hippocampus.
组织，总蛋白，病人，老年性痴呆，脑，海马。
Tissue, Total Protein, Human Disease, Alzheimer's Disease, Brain, Hippocampus.
我从没看到过海马。
本文分别对这两种海马依赖型记忆进行了研究。
In this paper, the two types of hippocampus-dependent memory were studied.
生命早期突发脑损伤是脑海马硬化的可能成因。
The sudden brain damage in early life may be the reason of hippocampal sclerosis.
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