- 更多网络例句与神经纤维网相关的网络例句 [注：此内容来源于网络，仅供参考]
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Amino acids of brain including glutamine,aspartic acid,almandine and Γ-aminobutyric acidwere assayed by amino acid analytic apparatus.
而在正常大鼠脑神经纤维网发育和髓鞘形成过程中，五羟色胺(5-HT)、苯丙氨酸的变化与很多脑疾病有关[1]。
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Moreover, certain photoreceptors in the compound eyes of this taxon react with GABA and 5-HT antiserum.
在整个脑区，视叶、触角叶和蕈形体冠三个神经纤维网对 5-HT 抗血清的反应最弱，几乎不被 5-HT 抗血清所标记。
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In the experimental tectum, the expression of GFAP in the right SO was higher than the expression of GFAP in the left SO during 1d-60d after after optic nerve damage. The expression of GFAP in the right SO was familiar with the expression of GFAP in the left SO during 85d after optic nerve damage, but the expression of GFAP in SO in the experimental tectum was higher than that in the normal tectum. The result of GFAP expression in the experimental retina and tectum showed that AStrocyte took part in the optic nerve regeneration and it might play an important role in optic nerve regeneration accidents.
在损伤1d后视网膜的神经纤维层和外核层外缘可见较为深的GFAP染色，在损伤3d后视网膜从内网层经内核层至外网层出现稀疏的垂直于视网膜长轴分布的线条状GFAP染色，随时间推移，伤后5d、7d、14d、28d上述染色进一步加深密集，到伤后60d和85d上述染色减弱，阴性对照的视网膜各层未见GFAP阳性染色；(5)正常鲫鱼视顶盖中在SO层内有较浅的黄棕色线条状GFAP染色，在SFGC层
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Mushroom bodies and antennal lobes in Oxycetonia jucunda were conspicuous. Calyces and lobes of the mushroom bodies.were much developed. In contrast, calyces of Ambrostoma quadriimpressum and Henosepilachna vigintioctomaculata were extremely undeveloped. However, the postretinal fibres and circumpharyngeal nerves of Ambrostoma quadriimpressum were highly developed. In the three beetles, 5-HT immunoreactivity was present in all neuropils of the brain and the suboesophageal ganglion. The pattern of 5-HT immunoreactivity and the localization of immunoreactive somata which often clustered into groups were similar among these beetles, while the immunoreactivity intensity was distinct, especially in the lamina.
结果显示，分类地位相近的三种甲虫脑结构大小相差悬殊：小青花金龟脑结构相对发达，蕈形体结构显著，具有发达的冠和叶，嗅叶发达；马铃薯瓢虫和榆紫叶甲的冠极度退化，嗅叶相对不发达；但榆紫叶甲具有十分发达的网膜后纤维和围咽神经。5-HT阳性纤维在三种甲虫的所有神经纤维网中几乎都有分布，且反应模式相似，但各神经纤维网特别是神经节层染色强度差异显著。5-HT阳性胞体有成群分布现象，且在三种甲虫脑中的空间分布位置基本一致。
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At least 5 layers of retina were recognized in the posterior retina, including the simple pigment epithelium, neuroblastic cell layer, developing inner plexiform layer, developing ganglion cell layer and the developing nerve fiber layer.
后极视网膜至少可分为5层，即色素层、成神经层、发育中的内网层、节细胞层和神经纤维层。
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There were abundant networks of NPY-Ir nerve fibers in the pial mater. It is expected that NPY released from these nerve fibers might be one source of Y〓-R ligands in SMCs, especially in the arteries under second branchs and in the arterioles.
在软脑膜中有密集的含NPY-Ir神经纤维网，所分泌的NPY可能是脑动脉（特别是第二级分支以下的小动脉和微动脉）平滑肌细胞中〓受体的配体来源之一。
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Results The neurological defects score was singificiant lower in D group (41.50±8.18) than that in group A(82.20±8.08), B(63.60±6.22) and C (61.00±6.58)(all P.01). Compared with groups A, C, group D showed that the cellular nucleus was shrinkaged slightly, the gap of cells was nomal roughly and the degree of rarefaction in neurofibra net was not serious under the light microscope. Under the electron microscope, the neuron was degenerated, the cellular membrane was integrated and the plastosome was swelled lightly in the group D. The physiological demage were slighter in D group.
结果 D组神经功能缺损评分(41.50±8.18)明显低于A组(82.20±8.08)、B组(63.60±6.22)和C组(61.00±6.58)（均P.01）；光镜下D组神经细胞核轻度皱缩，细胞周围间隙大致正常，神经纤维网疏程度不严重；电镜下D组神经元轻度变性，细胞核无皱缩，核膜完整，线粒体轻度肿胀；脑组织病理损害程度较B组和C组明显减轻。
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Results Following orchiectomy 7d,the amount of CGRP-immunoreactive nerve fibers in the AP of the rat increased significantly, with the tortuous varicose fibers more densely distributed than that of NOR and the amount of varicosities increased significantly, while the thick fibers were more thicker than that of NOR,and many thin fibers were sent out from the thick fibers, and the varicosities were more larger.
结果 睾丸摘除7d后，大鼠垂体前叶CGRP免疫反应神经纤维发生了显著变化，表现为膨体型纤维较正常组稠密，分支增多，迂曲成片，盘绕成网，分布更加广泛，膨体数量显著增多；粗纤维较正常组粗，且发出许多迂曲盘绕的细纤维，膨体形态变大。t检验显示，OX组与NOR组垂体前叶内CGRP免疫反应神经纤维的平均面积密度差异显著，OX＋V与NOR组差异显著。
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Following trauma to the brain significant changes occur in both the astroglial and vascular components of the neuropil.
伴随脑损伤会出现星形胶质细胞和神经纤维网血管性成分的显著变化。
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The results showed that the structure of retina in Lasiopodomys mandarinus exhibited typical structure of vertebrates, including retinal pigment epithelium, rod cone layer, outer nuclear layer, outer plexiform layer, inner nuclear layer, inner plexiform layer, ganglion cell layer, and nerve fiber layer from outside to inside.
结果表明，棕色田鼠的视网膜结构呈典型的脊椎动物视网膜结构类型，由外向内分别为色素上皮、视锥视杆层、外核层、外网层、内核层、内网层、节细胞层、神经纤维层。
- 更多网络解释与神经纤维网相关的网络解释 [注：此内容来源于网络，仅供参考]
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neuroplasm：神经胞浆
neuropil 神经纤维网 | neuroplasm 神经胞浆 | neuroplasty 神经成形术
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feltwork：神经纤维网
felon 化脓性指头炎 | feltwork 神经纤维网 | female sterility 女性不育
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Kaes feltwork：克斯神经纤维网(在大脑皮层内)
Kaes Bekhterev layer 克斯--别赫捷列夫层(大脑皮层外粒层内的纤维层) | Kaes feltwork 克斯神经纤维网(在大脑皮层内) | Kaes line 克斯线(大脑皮层外粒层内的纤维层)
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Kae's feltwork：克斯神经纤维网(在大脑皮层内)
Kae's Bekhterev layer 克斯--别赫捷列夫层(大脑皮层外粒层内的纤维层) | Kae's feltwork 克斯神经纤维网(在大脑皮层内) | Kae's line 克斯线(大脑皮层外粒层内的纤维层)
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neurofil：轴索细网
neurofibrositis 神经纤维织炎 | neurofil 轴索细网 | neurofilament 神精丝
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neuropile：神经纤维网
neurophysiology 神经生理学 | neuropile 神经纤维网 | neuroplasm 神经胞质
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neuropile：神经纤维网 髓质
neuropil 神经毯 神经纤维网 | neuropile 神经纤维网 髓质 | neuropilem 神经纤维网
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neurospongium：神经纤维网
neurospongium 神经胶质 | neurospongium 神经纤维网 | neurostatus 神经系统状态
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neuropil：神经纤维网
+- 所发生的聚集效应不同,这些神经纤维网(neuropil)中的聚集效应是更小型化且不会被蛋白遍在化(ubiquitinated)的(He Li et al., 1999). +- 电镜酶细胞化学(Electron microscopy cytochemistry enzyme)是一种通过酶的活性作用结果间接证明酶存在的技术.
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neuropil：神经毯 神经纤维网
neurophysiology 神经生理学 | neuropil 神经毯 神经纤维网 | neuropile 神经纤维网 髓质