Perhaps, much neurogenesis has occurred in their hippocampi.
也许，在他们的海马区存在大量的神经发生。
This effect could even be seen in the hippocampi of aged mice.
这种作用甚至可以在老年小鼠的海马中看到。
And 15 differential expression genes were discovered each in hippocampi and cerebral cortex.
结果发现海马和大脑皮质中各有15个差异表达基因。
Conclusion: TCM treatment could improve the expression level of BDNF in the hippocampi in PSD rat.
结论：中药治疗使实验性卒中后抑郁症大鼠海马bdnf基因表达水平增高。
Results: Compared with model group, expression level of BDNF in the hippocampi was significant improved.
结果：与模型组相比，给药组大鼠海马表现为BDNF阳性细胞数量明显增多。
Result: the learning-memory ability was severely impaired by the damage of the fornix-fimbria hippocampi.
结果发现穹隆—海马损伤后严重影响到大鼠的学习记忆能力。
London taxi drivers who have extensive knowledge of the London city streets have larger-than-normal hippocampi.
伦敦的出租车司机因对伦敦街道环境的熟练掌握，所以他们比普通人的海马区更大。
Neure density in cerebral cortex and hippocampi was analyzed with pathological graphics context analysis system.
病理图文分析系统检测大脑皮质及海马神经元密度。
The hippocampi from the dim-light group had significantly fewer dendritic spines than those from the dark night group.
在昏暗光条件下的海马比起黑暗环境下的海马减少了重要的树突棘。
Cryostat sections were cut coronally through the hippocampi of the brains at weeks 2, 4, 8 and 12 after transplantation respectively.
分别在移植后第2、4、8、12周4个时间点取脑冷冻切片，在倒置荧光显微镜下观察移植细胞的存活和迁移。
The levels of exciting amino acids in hippocampi and cortex of ischemic brain injury rats were significant higher than those of controls.
缺血脑损伤大鼠皮层海马脑区的兴奋性氨基酸明显高于正常对照组。
Right hippocampi, right posterior limb of internal capsule and left dorsal thalamus are also involved in the process of sweet taste stimulation.
右侧海马和右侧内囊后肢、左侧背丘脑亦参与甜味觉刺激的传导。
The results show that magnetic material exists in the brain of human being indeed, and the region of hippocampi exhibit magnetism the most obvious.
结果表明人类大脑中确实存在着磁性物质，并且在海马部位表现最明显。
But as the cabbies learned the Knowledge, their hippocampi grew, literally changing their minds, the researchers report online today in Current Biology.
但是当的士司机学习有关知识的时候，他们的海马体变大，他们的头脑确实在发生变化。研究人员们在《流行生物学》上今日在线报道。
Control animals, with normal neurogenesis, eventually were able to bypass their hippocampi and retrieve the fear memory directly from long-term storage.
而对照组的动物，具有正常的神经发生，最后可以绕过它们的海马，直接从长期储存中找回恐惧记忆。
Method: the senile dementia model with learning-memory disorders was built by cutting off the fornix-fimbria hippocampi to damage the cholinergic system.
方法采用损伤穹隆—海马伞的方法造成胆碱能系统损害学习记忆障碍痴呆模型。
Objective to explore the changes of neuron stimulation in the hippocampi CA3 region in the depression model rats after intraperitoneal injection of 5-htp.
目的：研究抑郁症模型大鼠在腹腔注射5羟色氨酸(5 - HTP)后引起的海马CA 3区神经原放电的变化。
Result In the model group, the immunoreaction masculine substance of NPY, hypothalamus ventral kernel, hippocampi CA1 area and prefrontal cortex decreases obviously.
结果模型组下丘脑腹侧核、海马CA1区、前额叶皮层NPY免疫阳性反应物明显降低；
What scientists didn't know was whether the drivers grew bigger hippocampi as they trained or whether they had big ones (and thus an innate navigation advantage) to begin with.
科学家们不知晓的是司机们的海马体是经过锻炼后变大的还是他们一开始就有着较大的海马体（因此具有先天的导航优势）。
A 2004 McGill University study of lab rats found that certain maternal behaviors can silence a gene in the hippocampi of their pups, leaving them less able to handle stress hormones.
2004年麦吉尔大学的大鼠试验发现母鼠的某些特定行为使幼鼠大脑海马区的某些基因沉默，小鼠处理应激激素的能力因而下降。
The hippocampi of unsuccessful trainees stayed the same throughout, which could suggest that successful cabbies really do have an innate advantage—their brains are more malleable than others'.
那些失败学员的海马体自始至终没有发生变化，这表明成功的的士司机确实具有先天优势——他们的大脑比其他人更具延展性。
Objective To observe the effect of trillium tschonoskii maxim(TTM) on anti-oxidase and lipase peroxide(LPO) expression in gyrus hippocampi and cerebral cortex of Alzheimer disease(AD) rats model.
目的观察头顶一颗珠（TTM）对阿尔茨海默病（AD）模型大鼠海马、皮质抗氧化酶和过氧化脂质表达的影响。
To observe and take a photograph of rats nerve cell morphological changes through electron microscope after sampling and dealing with cerebral tissue specimen of right side hippocampi CA1 section.
取大鼠右侧大脑海马CA1区组织标本，经过处理后透射电子显微镜观测细胞形态学改变并摄片。
To observe and take a photograph of rats nerve cell morphological changes through electron microscope after sampling and dealing with cerebral tissue specimen of right side hippocampi CA1 section.
取大鼠右侧大脑海马CA1区组织标本，经过处理后透射电子显微镜观测细胞形态学改变并摄片。
应用推荐