腦脊膜內的 的英文怎麼說
中文拼音 [nǎojǐmónèide]
腦脊膜內的
英文
intrameningeal-
Purpose ependyma is lined in lumen surface of brain ' s ventricles which is composed of single ciliated cuboidal epithelium and a major component of brain csf barrier ( bcb ) and blood csf barrier ( blcb ). it plays an important role in production of csf, signal traiisttiission, maintainance of homeostasis within the brain, and so on, and a focus of developing pathway both for administration of some drugs into the brain and treatment of brain ' s diseases. ependyma may be specified in some sites perhaps owing to functional need and modified its structures of cells and tissue, which has been called circumventricular organs ( cvos ) since 50 of 20 century
目的室管膜是襯覆在腦室內面的單層纖毛立方上皮，是腦-腦脊液屏障，血-腦脊液屏障的主要組成部分，在腦脊液的產生，腦內信息的轉導，維護腦的微環境等方面具有重要的作用，也是腦內給藥和腦疾病治療新途徑開發關注的焦點之一；室管膜在一些部位可能是由於功能的需要其細胞和組織結構發生了特化，在二十世紀五十年代人們將這些特化的室管膜稱為室周器官。Method : to analyse eleven cases with cerebrospinal fluid rhinorrhea, pituitary tumor, encephalomeningocele, sphenoid sinus cyst and ethmoid sinus tumor, were analyzed from 1998 to 2004 and beening followed up for 6 months to 6 years
方法：分析我科1998年~ 2004年間經鼻內鏡手術治療腦脊液鼻漏、垂體瘤、鼻內腦膜腦膨出、蝶竇囊腫、篩竇癌等，資料完整、隨訪時間為6個月~ 6年的病歷11例。Based on 《 clinical laboratory medicine 》 edited by lifan xiong, the brief includes collection and preservation of blood specimen, general examination of blood, thrombosis and hemostasis, blood group and transfusion, urinalysis, examination of cerebrospinal fluid, serous cavity effusion, excreta and secretion
本教學大綱根據熊立凡主編的《臨床檢驗基礎》的血液標本採集和保存、血液一般檢查、血栓與止血、血型檢驗及輸血、尿液檢查、腦脊液、漿膜腔積液、排泄物和分沁物檢查的內容，結合當前新理論、新知識、新技術。A clinic research on intraspinal injection of urokinase and exchange of cerebrospinal fluid for treatment of subarachnoid hemorrhage
大劑量腦脊液等量置換及椎管內尿激酶注射救治蛛網膜下腔出血后遲發性腦血管痙攣的臨床研究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。Conclusion ( 1 ) depending on location ， size and invading extension of the tumor ， above different approaches are adapted selectively which can provide excellent exposure and allow for an aggressive resection of the tumor. ( 2 ) the tumor tissue of the cavenous sinus and foramen lacerum is resected carefully by microsurgery. ( 3 ) the dural deficiecy must be repaired and sutured tightly to avoid craniocerebral fluid leak
結論（ 1 ）前或和中顱凹底內外溝通性腫瘤應根據腫瘤大小、位置及侵犯范圍選擇顱面聯合入路、額顳-顳下窩入路或額顳-顳下窩入路結合面前徑路即可給于充分暴露並能在直視下廣泛切除腫瘤； （ 2 ）中顱凹底侵及海綿竇和破裂孔部的腫瘤應在較高放大倍數手術顯微鏡下仔細分離切除； （ 3 ）硬膜的嚴密修復是避免腦脊液漏及顱內感染的重要關鍵。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。Morphine injection from extradural cavity 、 subarachnoid cavity 、 ventricle of cerebrum can have an obvious effect in treating intractable pain resulting from cancer by binding its receptor in spinal cord and centra with reduced dosage and side effect. this article reviews this drug about its usage, quantitative titration formula in theory and pharmacokinetic character
硬膜外腔、蛛網膜下腔、腦室內注射嗎啡可以集中其脊髓嗎啡受體及中樞嗎啡受體作用而對頑固性癌痛有效，並且因用量減少而副作用減少，本文介紹其用法及量的滴定理論公式以及藥物代謝動力學特點。分享友人