神经发生也发生在负责处理气味的嗅球。
Neurogenesis also takes place in the olfactory bulb, which is involved in processing smells.
结果嗅球和嗅束可在冠状面上显示。
Results The olfactory bulbs and tracts were revealed on coronal plane.
腹侧被盖区是嗅球传入纤维的另一来源。
The ventral tegmental area is another source of centrifugal fibers to the olfactory bulb.
小鼠的脑中，嗅球大一点。
腹侧被盖区是嗅球传入纤维的另一来源。
The ventral tegmental area is another source of centrifugal fibers to the olfacto…
结果嗅神经切断术后嗅球中无HRP标记。
Results No HRP label was observed in olfactory bulb after olfactory nerve transaction.
在嗅球中形成了一套新的脑细胞，特别适应于幼鼠的气味。
One new set of brain cells formed in the olfactory bulb, and were specifically tuned to the smells of his pups.
发现猪的嗅球和副嗅球是典型的哺乳动物构造。
The main olfactory bulb and the accessory olfactory bulb have a typical mammalian structure.
蒸汽穿过嘴巴从软腭附近，进入鼻腔抵达嗅球。
The vapours pass through your mouth, around the soft palate, into the nasal cavity and to the olfactory bulb.
结论嗅球僧帽细胞层发出纤维投射到同侧梨状皮质。
Conclusion The fiber of olfactory bulb project to the homonymy piriform cortex.
人的大脑中是几乎找不到嗅球的，它像豌豆般大小。
You can hardly find the olfactory bulb in a human brain — it's a pea-sized object.
用荧光逆行标记技术，探索大鼠嗅球传入纤维起源。
The origins of the afferent connections of the olfactory bulb in the rat were investigated with fluorescent retrograde labeling.
用免疫组织化学方法观察突触素在大鼠嗅球各层的分布。
Immunohistochemistry of synaptophysin in SD rat olfactory bulb was studied.
凝视着斑马鱼脑子的深部，奥利弗·布劳·巴赫摄取了其嗅球的照片。
Peering deep into a Zebrafish brain, Oliver Braubach takes this image of its olfactory bulbs.
他结实说，这些细胞可以使鼻内气味分子变高、传递香味信息给大脑嗅球。
These cells pick up odor molecules high in the nose and transmit scent messages to the brain’s olfactory bulb, he explained.
与动物的大脑尺寸相关，狗的嗅球比大多数其他动物要大的多。
Relative to the size of its brain, a dog's olfactory bulbs are much bigger than most other animals.
种就是类星形胶质细胞型，主要分布在小鼠嗅球内，多数扁平。
The other one is species of horizontal cellular type, mainly distributing in mouse olfactory bulb, it is always in a flat shape.
STEM 101检测小鼠脑的嗅球中移植的人神经干细胞的核。
STEM101 detects nuclei of transplanted human neural stem cells in the olfactory bulb of a mouse brain.
图2：鸟类(黑点)和恐龙(绿点)个体的嗅球尺寸和身体大小的散点统计图。
IMAGE 2: Graph of olfactory bulb size and body size of individual bird (black symbols) and dinosaur (green symbols) species.
目的：研究贯郁胶囊对嗅球损毁大鼠行为及大脑皮层单胺类神经递质的影响。
Objective: To investigate the behavioral changes and the levels of monoamine neurotransmitters in the anterior cortex in the olfactory bulb damage rats after being treated with Guanyu capsules (GYC).
相反的，其他区域如海马区和与嗅觉相关的嗅球区，他们的基因表达也互相包含。
Conversely, in other regions such as the hippocampus and olfactory bulb, which is associated with smell, gene expression was more contained.
第二个是外周驱动大脑内同步有节律的活动，该活动在嗅球神经元与呼吸同时发生。
The second is a peripheral drive in the brain to synchronize rhythmic activity, which is the concurrent firing of neurons in the olfactory bulb with breathing.
嗅觉信息从这些接收器细胞沿着神经被运输到嗅球，大脑中关于气味的信息在此处理。
From the receptor cells, information about smell travels along nerves to the olfactory bulbs, the parts of the brain where information about smell is processed.
在鸟类里，嗅觉度便是相当于嗅球对比于鸟类前半脑的体积，并且常常用百分比表示。
In birds, the olfactory ratio is the relative size of the bulb compared with that of the brain's cerebral hemispheres and is usually expressed as a percentage.
其中NR2B是NMDA受体的主要亚基之一，在大脑皮层、海马和嗅球表达水平很高。
NR2B subunits which are highly expressed in the cortex, hippocampus and olfactory bulb, are one of the key subunits of NMDA receptors.
结论：嗅球内突触小球和神经元减少、细胞器老化可能是导致老年性嗅觉障碍的主要原因。
Conclusion:The decreasing of the synaptic glomerulus and ageing of the organella maybe the main factor of causing the olfactory bulb sensation obstruction.
这些信号的检测及对行为的影响主要通过由嗅球经内侧杏仁核至下丘脑的神经通路所完成。
A discrete neural pathway from the olfactory bulb to the hypothalamus via the medial amygdala detects these odorants and regulates the innate social behaviors.
大鼠的脑中，嗅球有蚕豆那么大，兔子脑中的有你的小手指那么大，而寻血犬脑中的有拇指那么大。
It's bean-sized in a rat, about the size of your little finger in a rabbit, and the size of your thumb in a bloodhound.
本文从嗅觉感受器、嗅球、嗅球以上脑区三个水平综述了这两种嗅觉系统对化学信息识别的编码模式。
In this review, we unraveled coding patterns of two olfactory systems for information recognition at three levels: olfactory receptor, olfactory bulb and higher brain region beyond the olfactory bulb.
本文从嗅觉感受器、嗅球、嗅球以上脑区三个水平综述了这两种嗅觉系统对化学信息识别的编码模式。
In this review, we unraveled coding patterns of two olfactory systems for information recognition at three levels: olfactory receptor, olfactory bulb and higher brain region beyond the olfactory bulb.
应用推荐