神经小体

词组短语

nerve corpuscles

与神经小体相关的网络例句 [注：此内容来源于网络，仅供参考]

The implantation nerve regenerated Meissner corpuscle in grafting skin,which were distributed in dermatoplasty borderline.The volume of re-generative Meissner corpuscles was58%of normal,relative gray degree was80%,and the regenerative rate of Meissner corpuscles was60%,40%and35%respectively in skin of palm,arm and eyelid.

植入的神经能再生触觉小体，且小体多分布于植皮区的边缘，体积为正常组58%，相对灰度为正常组80%，主要呈单轴突支配；各类皮肤中触觉小体的再生率不同，上睑、前臂、手掌的再生率分别是35%，40%，60%。

The repetitiveness,the selfsameness,and the ubiquity of modern mass cultureTheodor Adorno

小体一群圆的球状细胞，例如某些神经节上的压力承受体

RESULTS: The mild traction group showed angulus anterior individual neuron slightly engorged, neuron and nerve fiber morphous was normal essentially; individual substantia alba demyelinates in fragmentis; medullary sheath and auxiliary fibers of nerve root were hydropsia slightly without conspicuous myelinolysis. The moderate traction group demonstrated myelinolysis change in the spinal cord, and neurofibras lined up chaos, auxiliary fibers disaggregated, neuron dropsy, tigroid body disappeared with karyopycnosis and anachromasis in neurons; nerve root showed myelinolysis. The severe traction group displayed a great demyelination region; anterior motor neurons with karyopycnosis and anachromasis; myelinated nerve fiber of nerve root shrinked, decreased in number, with severe demyelination changes.

结果：轻度牵拉组牵拉侧前角个别神经元稍肿胀，神经元及神经纤维形态基本上正常，个别白质小片状脱髓鞘样改变，神经根髓鞘和轴索轻度水肿，脱髓鞘不明显；中度牵拉组白质有脱髓鞘改变，神经纤维排列紊乱，轴索崩解、断裂；灰质神经元水肿明显加重，前角运动神经原细胞尼氏体消失，核固缩、深染，神经根髓鞘和轴索水肿，局部轻度脱髓鞘改变；重度牵拉组牵拉侧白质为不规则的大片脱髓鞘区，前角运动神经元胞体固缩、变形、核深染，神经根有髓神经纤维萎缩、数目减少，重度脱髓鞘改变。

Results Denatured necrosis occurred on the surface of hypothalamic periosteum with no cells and there was a large amount of starchy bodies and hydrops in foci with angiectasis of choroid plexus and necrosis and calcification in tunicaintima of vesicles,and mitochondria in the nerve synapse disappeared and part of anteroposterior membranes ...

结果 慢性SZ患者下丘脑部室管膜表面变性坏死、无细胞，病灶中有大量淀粉样小体和水肿，脉络丛血管扩张，管壁内膜有坏死和钙化；神经突触内大部分突触小泡和线粒体消失，部分前后膜模糊不清。

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。

RESULTS The degenerative changes of nerve ending in Meissner's corpuscles were observed after 1 month of denervation, and the basic structure of the corpuscles had no obvious changes. After 3 months, the axons of corpuscles were disappeared, and the volume of corpuscles was shrunk. The basic structure of nerves was disappeared, and the lemmocyte and neurolemma plate were changed after 5 months.

结果 失神经1个月时触觉小体内的神经末梢已有溃变，触觉小体的基本结构无明显改变；3个月时轴突消失，触觉小体的体积开始萎缩；5个月时神经结构消失，膜细胞及其膜板亦开始改变；8个月时触觉小体内胶原纤维含量逐渐增多；12个月时触觉小体内膜结构与膜间基质完全消失，被胶原纤维代替。

In experimental animals, exposure to a common herbicide, rotenone, induces features of Parkinsonism; mechanistically, rotenone-induced destruction of dopaminergic neurons has been attributed to its inhibition of the activity of neuronal mitochondrial complex Ⅰ.

例如，Greenamyre和他的同事在2000年报道了经大鼠颈静脉慢性灌流鱼藤酮复制了帕金森病的主要特征，包括选择性黑质纹状体多巴胺系统变性，Lewy小体样细胞浆包涵体形成和一些行为变化，例如运动减少和僵直等。从发病机制上考虑，鱼藤酮诱导的多巴胺神经通路损伤被认为是由鱼藤酮抑制线粒体复合体Ⅰ活性引起的。

Objective To study the pathogenesis and clinical symptoms of patient with central type of interˉvertebral disc protrusion manifested intermittent claudication as the mainly clinical presentation,so as to reach the early diagnosis and treamtmet in time.Methods In58cases,X-ray film,lumbar discography,CT examinations were done to confirm the diagnosis,then total laminectomig was performed to reveal the vertebal body without involving small arˉticular process.Intervertebral tissue was excised via duralotomy approach in2cases in remaining56cases,through right and left longitudinal syndesmotomy to resect the nucleus pulposus of lumber intervertebral disc.Results In58cases treated by operation,the operative findings were in according with the X-ray and CT examinations ofpre-opˉeration.

目的 对呈间歇性跛行主要临床表现的中央型椎间盘突出症患者的发病机制和临床表现进行研究，达到早诊断、早治疗方法对58例患者进行X线拍片，腰椎碘造影，CT扫描检查，根据检查结果确诊后，采用全椎板切除显露椎体，未累及小关节突，2例经硬膜切开入路切除间盘组织，余56例经从双侧用神经剥离子带棉片将硬脊膜带神经根向中线剥拉至显露圆形突出物止，分别从左右纵韧带摘除髓核。

We postulate that the "ridged band", with its unique structure, tactile corpuscles and other nerves, is primarily sensory tissue and that it cooperates with other components of the prepuce.

我们认为，Ridged Band是一个特殊的结构，包含了触觉小体以及其他神经，是包皮上的主要敏感组织而且它和包皮的哦其他部分协作。

The inferior ganglion is formed near the jugular foramen by glossopharyngeal nerve . The tympanic branch emerged from the inferior ganglion of the GphN and enters the middle ear through the tympanic canaliculus . A second small branch , this one to the carotid body , leaves Glossopharyngeal Nerve soon after it exits the skull .

其鼓室支(Jacobson's神经)自下神经节发出经鼓室小管进入中耳，第二个小分支在舌咽神经出颅后即离开主干郑州大学2004届硕士毕业论文侧颅底区舌咽神经及其毗邻结构的临床应用解剖进入颈动脉体。

与神经小体相关的网络解释 [注：此内容来源于网络，仅供参考]

Beagle：比格犬

透射电镜观察表明,比格犬(Beagle)神经垂体内除含大量的无髓神经纤维、神经纤维膨体(赫令小体)、神经胶质细胞和血窦外,还可分辨出少量的肥大细胞和内分泌样细胞.内分泌样细胞的主要特征是:胞质内含有大量高电子密度的小分泌颗粒,

hypophysis：垂体

四、垂体 垂体(hypophysis)位于颅底蝶鞍垂体窝内,为一椭圆形小体,重约0.5g. 垂体由腺垂体和神经垂体两部分组成,表面包以结缔组织被膜. 神经垂体分为神经部和漏斗两部分,漏斗与下丘脑相连,包括漏斗柄和正中隆起. 腺垂体分为远侧部,

free nerve endings：游离神经末梢

–痛觉:游离神经末梢(free nerve endings) –温度觉:冷觉 Krause 球状小体,热觉 Ruffini 小体. –触觉:毛囊周围的神经末梢,触觉小体(meissner),触盘 (merkel).. –压觉:Paccini 环层小体. 本体感受器: 深感觉, 接受来自肌肉 (神经肌梭) 肌腱 ,

soma：胞体

神经元 胞体(Soma)(物质合成部位,代谢中心) 突起(),分为:树突,轴突,轴丘 突触小体():末梢膨大的部分 始段():轴突起始的部位. 基本功能:接受信息,整合信息,传递信息,神经-内分泌功能.

Varicosity：串珠样膨体

这类神经纤维较细,无髓鞘,其轴突终末分支常呈串珠样膨体(varicosity). 它是与效应细胞建立突触的部位. 膨体内有许多圆形或颗粒型突触小泡,圆形清亮突触小泡含乙酰胆碱,颗粒型突触小泡含去甲肾上腺素或肽类神经递质. 神经元胞体是细胞的营养中心,

bulbule：珠芽, 小鳞茎

bulbul | 夜莺 | bulbule | 珠芽, 小鳞茎 | bulbus corpuscle | (神经)球状小体

microglia：小胶质

3.小胶质(microglia)又称小胶质细胞,是神经胶质中最小的一种细胞,胞体细长或椭圆形,核小,呈扁平或三角形,染色深. 突起细长有分支,表面有许多小棘突(图1-47). 小胶质来源于血中单核细胞,具有吞噬功能. 当中枢神经系统损伤时,

neuroepithelial body：神经上皮小体

神经膜细胞neurolemmal cell | 神经上皮小体neuroepithelial body | 神经分泌细胞neurosecretory cell

psammoma bodies：砂粒小体

脑 膜 瘤 meningioma | 砂粒小体 psammoma bodies | 神经母细胞瘤 neuroblastoma

tigroid body：神经虎斑小体

密闭容器 tight container | 神经虎斑小体 tigroid body | 分糪(植物) tillering