神經內膜的 的英文怎麼說

中文拼音 [shénjīngnèimóde]
神經內膜的 英文
endoneurial
  • 神 : Ⅰ名詞1 （神靈） god; deity; divinity 2 （精神; 精力） spirit; mind 3 （神氣; 神情） expression; l...
  • 經 : 經動詞[紡織] （把紡好的紗或線梳整成經紗或經線） warp
  • 內 : 名詞1. （內部; 里頭; 里邊） inner; inside; within 2. （妻子或妻子的親屬） one's wife or her relatives 3. （姓氏） a surname
  • 膜 : 名詞1. [生物學] （像薄皮的組織） membrane 2. （像膜的薄皮） film; thin coating
  • 的 : 4次方是 The fourth power of 2 is direction
  • 神經 : nerve; nervus
  1. However, the advance of intracellular labeling techniques enables us not only to visualize more complete dendritic arbor for qualitative analysis, but also to examine the relation between changes in the dendritic arborization and the evoked fast postsynaptic curents - 3 - ( fpscs ) in the same neurons during the postnatal development the aim of this study was to systematically examine the postnatal changes in the configuration of fpscs evoked by the focal stimulation of the stratum radiatum of the ca1 region, and the relationship between the dendritic arborization and evoked fpscs in the rat hippocampal ca1 pyramidal neurons using whole - cell blind patch recording technique combined with biocytin intracellular labeling during the postnatal development ( postnatal day 2 - 70, p2 - p70 )

    但是，細胞內染色技術的進步使我們不僅能觀察到更完整的樹突分支來用於定性研究，而且也可以在同一神經元上研究在發育過程中樹突分支的變化與誘發的快突觸后電流（ fastpostsynapticcurrents ， fpscs ）之間的關系。因此，本研究應用盲法腦片膜片鉗記錄並結合biocytin細胞內染色方法，對發育過程中（生后2 70天）局部刺激大鼠海馬ca1區輻射層在錐體神經元誘發的fpscs的成分變化，以及ca1錐體神經元的樹突分支與誘發的fpscs的關系進行了較為系統的研究。
  2. Whether is your audition mixed my same, more than 20 years ago, my ear often gets tympanitis, at that time a respect is it is good to think it is ok to drink water more, after also can drinking water more really at that time, alleviate somewhat really, accordingly, also relapse instead so answer very long, another respect, going up as a result of me high school, because do not think by accident class, undeserved return a responsibility, the result brings about chronic tympanitis finally, continue all the time later, till the university entrance exam, it is such, real at that time aural comprehension already dropped, went up after the technical secondary school, just made an inspection in the hospital, the doctor ' s diagnosis is " the defect inside tympanic membrane, audition drops ", i also am mixed you are same, tympanic membrane was not defeated, auditory nerve is normal, the reason that audition dropped however

    你的聽力是否和我的一樣，二十多年前，我的耳朵經常得中耳炎，當時一個方面是認為多喝水就可以好，可當時也確實在多喝水后，確實有所緩解，因此，也就這樣反反復復很久，另一個方面，由於我正上高中，因為不想誤課，便不當回事，結果最終導致慢性中耳炎，后來一直延續，直到高考，都是這樣，當時實際聽力就已下降，上了中專后，才在醫院做了檢查，醫生的診斷是「鼓膜內陷，聽力下降」 ，我也和你一樣，鼓膜沒破，聽神經正常，聽力卻下降了的原因。
  3. Investigation of the effects of presacral neurectomy and uterosacral ligament amputation on dysmenorrhea of pelvic endometriosis by laparoscope

    腹腔鏡下骶前神經切斷術與宮骶韌帶切斷術治療子宮內膜異位癥痛經的對比研究
  4. Fos + / th + / gfap + and fos + / vp + / gfap + triple labeled n - asc could be found in the mvz, pvn and son respectively ; ( 2 ) under electronic microscope, the astrocytic processes connected closely with the dendrites or axons of the neurons, where the bilateral membranes became thick. we call transiently it electron - dense areas ( edas ). the number of edas increased remarkably following hyperosmotic stimulation ; ( 3 ) when trace retrogradely, wga - hrp was microinjected into the unilateral son, pvn or nucleus of solitary tract ( nts ) respectively using the stereotaxic method, the n - ascs formed by the neurons triple - labeled with hrp / fos / th ( or vp ) and astrocytes labeled with gfap could be found in the mvz, son and pvn respectively ; ( 4 ) after being treated with heperosmotic nacl solution, intracellular calcium concentration in cultured hypothamic neurons and astrocytes increased and then decreased

    腦內gfap陽性結構也明顯增多，其分佈與fos陽性細胞分佈基本一致，表現為胞體肥大、突起粗長； ast緊密包繞在神經元周圍形成神經元- ast復合體（ n - asc ） ；在mvz 、 pvn和son三重免疫組化染色切片上可見到fos + th + gfap +第四軍醫大學博士學位論文和fos vp gfap三重標記asc ； （ 2 ）免疫電鏡下son內星型膠質細胞突起與神經元樹突或軸突之間接觸部位出現增厚的膜結構一電于緻密區（ edas ） ，高滲刺激后數量明顯增多： （ 3 ）將們個mp注入大鼠一側n卜、卜卜或孤束核（ ws ） ，分別在延髓內臟帶（ mvz ） 、 so和pvn內出現fos hrp th 、 fos hrp八p三重標記神經元和gfap陽性標記ast形成的n asc ； （ 4 ）高滲刺激使培養神經元和ast內鈣水平先升高后降低，最後維持在比高滲刺激前稍高的靜息鈣水平上。
  5. 2, the electron dense area ( eda ) consisting of the astrocytic process on one side and the neuron ( dendrite ) on the other side was observed in immune - electron - microscopic staining studies, and the eda was characterized with double layers thickening and dark staining cytomembranes with a narrow cleft between them

    （ 2 ）免疫電鏡觀察， son內星形膠質細胞與神經元接觸部位可以觀察到膜增厚的結構? ?電子緻密區（ edas ） ，在神經元一側可見cx32陽性金顆粒，而在星形膠質細胞一側可見cx43陽性物質分佈。
  6. The differential diagnosis of brainstem tumor for a patient with this age includes astrocytoma, intramedullary ependymoma, medulloblastoma and choroid plexus papilloma

    在該年齡層的鑒別診斷為星細胞瘤，髓腔內室管膜瘤，神經管胚細胞瘤及脈絡叢乳頭狀瘤。
  7. In this paper, on the basis of absorption of achievements of the research on auditory physiology, an auditory model simulationg the peripheral auditory system and part of the central auditory system is set up. the model is made of the fitlters presenting the characteristics of the basilar membrane for analyzing the voice signals, the half wave rectification modeling the inner hair cells and energy transfer of nerve fiber

    在吸收聽覺生理學研究成果基礎上，建立了一個模擬外圍聽覺系統和部分中樞聖經系統功能的聽覺模型。模型由表徵基底膜的頻率分析的帶通濾波器組、內毛細胞的半波整流特性和神經纖維的能量轉換特性組成，該模型可以作為前端處理來提取語音信號的自相關圖譜。
  8. There was much evidence showing that substantia gelatinosa ( sg ) of the spinal dorsal horn plays an important role in nociceptive information transmission from the periphery to central nervous system. thus, the present study firstly investigated the effect of nociceptin on membrane current of spinal dorsal hom substantia gelatinosa ( sg ) neurons by use of the whole - cell patch - clamp technique

    故灘究首先應用脊髓薄片膜片鉗全細胞記錄技術觀察了在電壓鉗制下孤啡肽受體的內源性配體nociceptin對脊髓背角sg神經元膜電流的影響作用以及其對脊髓背角興奮性和抑制性突觸傳遞的作用，其次觀察了nand
  9. But there are still no reports about the relationships of dnpi - like and gabaergic immunoreactive ( gad - li ) terminals with pag - like immunoreactive ( pag - li ) neurons in " zone - shaped area ". to answer these questions, we observed systemically the synaptic connections among the pv - like immunoreactive neurons, fibers and terminals and the connections between dnpi - like, gabaergic terminals and pag - li neurons using the methods of electron microscopic imrnunohistochemistry, triple - immunofluorescence histochemistry and retrograde tracing method combined with pre - embeded immunoelectron microscopic double - labeled technique

    但是目前對新發現的囊泡膜mu轉運體一dnn樣陽性終末與帶狀區內pag樣陽性神經元之間ej關系，以及谷氨酸脫發酶（ gad ，是gaba能神經元和終末的特異性標識物）是否參與其調控作用，尚缺乏系統的形態學資料。
  10. Lingzhi is now widely researched and scientists have discovered 252 active components beneficial and essential to the human body, including poly - saccharides, amino acids, triterpenes, ganodemic acid, adenosine, polypeptides, glycopeptides, sterols, lipids, alkaloids, organic germanium and trace minerals ge, p, fe, ca, mg and zn. it is an adaptogen which brings immense benefits to human body without any side effect. while plenty of medical terminology is used to describe various effects on the body, we can summarize in laymen s words as the effective health giving food supplement

    據現代醫學研究表明和有關數據記載，靈芝除了對人類三大死因的癌癥腦溢血心臟病確有顯著療效外，還可治療肝炎肝硬化腎炎腎盂腎炎風濕性關節炎慢性支氣管炎哮喘胃病十二指腸潰瘍，心腦血管疾病心肌炎神經衰弱鼻炎糖尿病前列腺肥大高山病心悸手足冰冷高血壓低血壓濕疹汗疹寒癥瘀血尿急尿頻盜汗腦震蕩后遺癥失眠痔瘡便血盆腔炎子宮內膜炎宮頸糜爛營養不良等癥。
  11. The move means of tumour of retinal mother cell has two kinds of ways, it is course optic nerve, enter the space below spider film to spread inside skull, perhaps enter retinal center, abide sequence of thought provides move of body whole body ; it is to encroach additionally choroid, enter eye socket through blood - vessel, or by blood, lymphatic move arrives systemic organ

    視網膜母細胞瘤的轉移方式有兩種途徑，一是經過視神經，進入蜘蛛膜下空隙向顱內蔓延，或者進入視網膜中心，循脈絡管到身體全身轉移；另外是侵犯脈絡膜，經過血管進入眼窩，或者經由血液、淋巴轉移到全身的器官。
  12. Well - understood and easy - to - control cell types derived from es cells, such as dopamine - producing neurons or the eyes ' retinal pigment epithelium cells, could be ready for human trials in less than two years

    我們所知較多也較易控制的細胞類型，像是製造多巴胺的神經細胞，或視網膜色素上皮細胞，可能在兩年內即可進行人體試驗。
  13. It also provides pain relief from neurological complications and delays the onset of cataracts or retinopathy

    它同時也能緩解神經性疼痛，預防白內障和視網膜病的發作。
  14. Since 90th of 20 centery it has began to interest in their roles in neuroimmune modulation. as far as the supraependymal structures are concerned, such as supraependymal cells, fibers, and csf - contacting neurons they has been interest in their functions of neurohumoral modulation and in roles within neuro - endoerine - immune network. because cvos locate just at signal exchanging sites among blood, brain tissue and csf, their special locations may determine their decisive roles in neuro - endocrine - immune modulation

    而有關室管膜上細胞，室管膜上纖維以及接觸腦脊液神經元在神經體液調節以及神經-內分泌-免疫調節網路中的作用，目前越來越受到人們的重視，由於室周器官處于血液-神經-腦脊液三種信息流的交匯處，特殊的位置決定了它在神經-內分泌-免疫調節中可能起著舉足輕重的作用。
  15. There have been a mass of research documents showing that many visual functions deteriorate with age both for human beings and for animals. age - related visual function decline could not be completely attributed to optical and retinal changes. considerable visual impairments in the old might result from morphological ( such as cell loss, dendritic change and synaptic density decrease ) or functional ( such as weakened gaba inhibition ) degeneration of visual pathways. in this article we made preliminary studies on the mechnisam underlying visual function degradation by electrophysiological and morphological methods

    隨著年齡的增長，人及動物的許多視覺功能出現衰退，老年性視覺能力降低並非完全由眼的光學因素和視網膜形態、功能變化導致，不少方面可能決定於衰老引起的視覺中樞結構（如神經元丟失、樹突野改變及突觸密度下降等）和生理功能（如皮層內gaba能抑制作用減弱等）的改變。
  16. Title ascular endothelial growth factor - a is a surial factor for retinal neurons and a critical neuroprotectant during the adaptie response to ischemic injury

    血管內皮生長因子- a是一種視網膜神經元的存活因子並在局部缺血損傷的適應性反應中起到關鍵的神經保護作用。
  17. We report a case of peripapillary arterial loop associated with preretinal and vitreous hemorrhage

    我們報告一個合併有視網膜前和玻離體內出血的視神經盤旁動脈血管環的報告。
  18. Experimental results confirmed this assumption : during the interstimulus interval ( isi ) ranged from 33 to 83 ms, with the isi luminance approximated to the mean luminance of the stimulus grating, a novel okn elicited by the intermittent display of stationary gratings was observed and recorded. it can be labeled as " intermittent - display - grating induced okn " ( idg - okn ). in the second part, considering that the biphasic visual impulse resp onse is the feature of the magnocellular ( m - cell ) pathway, and the m - type ganglion cells are damaged in the primary open - angle glaucoma ( poag ), we presumed that idg - okn of poag could differ strikingly from that of normal subjects

    結果顯示，當間歇刺激間隔（ interstimulusinterval ， isi ）在33 83ms范圍內， isi期間亮度近似為刺激光柵平均亮度，我們觀察並記錄到這種新型的靜止光柵誘發的oknintermittent - display - gratinginducedokn （ idg - okn ） （ magnocellular ）路特性，而且原發性開角青光眼（ primaryopen - angleglaucoma ， poag ）是m型視網膜神經節細胞受損，因此我們推測，基於雙相視覺脈沖反應的idg - okn在poag病人與正常人比較中很可能出現顯著差2間歇刺激，對11隻poag眼和14隻正常眼進行對比眼動實驗。
  19. Recently, a noval brain - specific na ^ - dependent inorganic phosphate transporters was successfully cloned using the method of molecular biology and was named dnpi because they had the characters of the vesicular glutamate transporter ( vglut ). some studies showed that dnpi were distributed extensively in the brain area where glu was used as the neurotransmitter, such as thalamus, medulla oblongata and spinal cord. the ultrastructural studies indicated that most of dnpi are located in the presynaptic terminals and distributed on the synaptic vesicular membrane

    最近人們應用分子生物學技術又成功地在哺乳類動物腦內克隆出一種新的腦內特殊的na 」依賴的無機磷酸轉運體（ brain七pecificna dependentinorgarucphosphaternsporter ， bnpi ） ，並發現它也具有囊泡膜谷氨酸轉運體（ vglllt ）的特點，因而被命名為dnpi （又稱作vgiutz人新近的研究報道， dn 』 pi廣泛地分佈於運用m作為神經遞質的腦區，如丘腦、延髓和脊髓。
  20. 4. adjacent sections immunostained with antibodies to cgrp and 5 - ht proved the coexistance of cgrp and 5 - ht in neuroendocrine cells. 5. the result of electron microscopy shows that some organelles for the secretary action are flourishing in the neuroendocrine cells

    透射電鏡觀察，神經內分泌細胞的胞質內富含線粒體、粗面內質網及高爾基復合體，神經內分泌（ ne ）細胞的基膜下毛細血管豐富。
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