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  non-acoustic
     Reduced expression of S/M in 28 neurilemmomas(78%) was found less than 70% (compared with the normal brain tissue) , of which 13 were acoustic neuromas (13/16, 81% ), and 15 were non-acoustic neuromas (15/20, 75% ).
     28例(78%)S/M表达量下降(与正常比小于70%),其中听神经瘤占81%(13/16)、非听神经瘤占75%(15/20)。
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     THE NON-AUDITORIAL AFFERENTS OF THE INFERIOR COLLICULUS IN THE RAT——WGA-HRP METHOD
     大白鼠皮质下非听性结构向下丘的投射——WGA-HRP法研究
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     4.A reference formula to express the safety limits of muzzle blast waves to nonauditory injuries of human body was put forward,that is,P=41-3 In (TC·N/4) (kPa).
     (4)提出了炮口冲击波对人员非听器损伤的参考安全限值如下:P=41-3 ln (TC·N/4) (kPa),其中TC为持续时间,N为发数,ln为自然对数。
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     Among them, 13 were acoustic (13/16,81%), and 15 other neuromas(15/70,75%).
     81%听神经瘤 (13 16 )、75 %的非听神经瘤 (15 2 0 )表达下降 ;
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     The expression levels of S/M were moderately reduced (ratio0.35-0.69) in 13 neurilemmomas (36% , 3 acoustic neuromas,10 others).
     13例(36%)(听神经瘤3例、非听神经瘤10例)中等度下降(与正常比下降35%~69%);
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     NON-AUDITORIAL EFFERENT PROJECTIONS OF THE INFERIOR COLLICULUS IN THE RAT
     大鼠下丘的非听性传出投射
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  相似匹配句对
     Auditory neuropathy
     神经病
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     NON-AUDITORIAL EFFERENT PROJECTIONS OF THE INFERIOR COLLICULUS IN THE RAT
     大鼠下丘的性传出投射
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     "Listen " "It is Amusing!"
     “好”——“好
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     On the Disunity of Science
     科学的统一性
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     NON-COMPACT FLOW
     紧致流
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  non-acoustic
It has been proposed that both acoustic and non-acoustic factors could explain the dawn peak of territorial advertisement in birds.
      
Most of these neurons are connected with non-acoustic neuronal systems by their axon branches.
      
Magnetic resonance investigations of non-acoustic petrous lesions
      
Total gas concentrations were determined from cores taken in the study area with mean concentrations of 46.5?ml/l wet sediment in non-acoustic turbidity zones and up to 106.1?ml/l in the basin centre with acoustic turbidity.
      
Majority of the cerebellopontine angle (CPA) tumors are acoustic neuromas, while bulk of the non-acoustic tumors are formed by meningiomas and epidermoid cysts.
      
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WGA-HRP was injected into the inferior colliculus, thalamus or the posterior region of the medulla oblongata respectively in the rat in order to study the non-auditorial efferent projection of the inferior colliculus and sites of the projectional neurons in the inferior colliculus. The results were as follows:Efferent neurons of the inferior colliculus project to many non-auditorial regions: homolateral dorsolateral division of the nucleus pontis, nucleus parabrachialis lateralis, substantia grisea centralis...

WGA-HRP was injected into the inferior colliculus, thalamus or the posterior region of the medulla oblongata respectively in the rat in order to study the non-auditorial efferent projection of the inferior colliculus and sites of the projectional neurons in the inferior colliculus. The results were as follows:Efferent neurons of the inferior colliculus project to many non-auditorial regions: homolateral dorsolateral division of the nucleus pontis, nucleus parabrachialis lateralis, substantia grisea centralis dorsalis, nucleus lateralis tegmenti, pretectal area, commissural nucleus of the superior colliculus, zona incerta, nucleus suprageniculatum, nuclei posterolateralis, reticularis and ventralis of the thalamus and the contralateral dorsolateral part of the cuneate nucleus. In the inferior colliculus, neurons of the non-auditorial efferent projection were located in all subnuclei of the inferior colliculus except the nucleus centralis.

为了全面了解大白鼠下丘的非听性传出投射及其起源细胞在下丘的分布情况,作者分别向下丘、丘脑和延髓注入WGA-HRP,作顺行或逆行追踪研究,结果如下: 下丘的非听性传出投射分布较广,在间脑和脑干终止于12个核团和地区,包括同侧的桥核背外侧部、臂旁外侧核、中脑中央灰质、中脑外侧被盖核、上丘联合核、顶盖前区、丘脑网状核、膝上核、丘脑后核、丘脑腹核、未定带和对侧楔束核的背外侧部。上述非听性传出投射的起源细胞分布于下丘除中央核以外的其他亚核。

WGA-HRP was injected into the inferior colliculus in the rat in order to study the non-auditorial afferents of the inferior colliculus. In the diencephalon and truncus encephali, retrograde labeling was observed in many non-auditorial regions: bilateral (with contralateral predominance) cuneate nucleus, gracile nucleus, nucleus of spinal tract of trigeminal nerve, nucleus medullae oblongatae centralis dorsalis; bilateral (with homolateral predominance) locus ceruleus, nucleus reticularis pontis oralis, laterodorsal...

WGA-HRP was injected into the inferior colliculus in the rat in order to study the non-auditorial afferents of the inferior colliculus. In the diencephalon and truncus encephali, retrograde labeling was observed in many non-auditorial regions: bilateral (with contralateral predominance) cuneate nucleus, gracile nucleus, nucleus of spinal tract of trigeminal nerve, nucleus medullae oblongatae centralis dorsalis; bilateral (with homolateral predominance) locus ceruleus, nucleus reticularis pontis oralis, laterodorsal tegmental nucleus, substantia nigra, sub-parafascicular nucleus, perifornical nucleus; bilateral medial parabrachial nucleus, deep tegmental nucleus of midbrain, lateral hypothalamic area; homolateral deep layer of superior colliculus, zona incerta; contralateral nucleus of solitary tract; and posteromedian septum, central tegmental nucleus, dorsal nucleus of the raphe. The afferent neurons from cuneate nucleus, gracile nucleus, nucleus of spinal tract of trigeminal nerve, nucleus of solitary tract mainly located below the level of obex. The results mentioned above suggested that the inferior colliculus is not only an auditorial relay nucleus, but also a complex body which is of different functions.

本实验向大白鼠下丘内注入WGA-HRP,在间脑和脑干内,逆行标记细胞出现于下列非听性区域:双侧(对侧为主)的后索核、三叉神经脊束核、延髓中央核的背侧部;双侧(同侧为主)的蓝斑、桥首网状核、背外侧被盖核、黑质、束旁下核、穹窿周核;双侧臂旁内侧核、中脑被盖深核、丘脑下部外侧区;同侧的上丘深层、未定带;对侧孤束核;以及延髓后中隔、中央被盖核、背中缝核。来自后索核、三叉神经脊束核和孤束核的起源细胞主要位于闩以下平面。结果表明下丘不是单一听觉传导路的中继核,而是一个与多种功能有关的复合体。

The research on blast injuries was continued in our lab in the last 3 years.Altogether 145 sheep,54 dogs,65 rabbits,560 rats and 105 guineapigs were employed and the methods to inflict injuries consisted of TNT charge explosion,shock tube testing,and gunfiring.The main results obtained in the 3-year-period were follows;1.A medium-sized and a small shock tubes were designed and manufactured to inflict blast injuries on small animals and reginai blast injuries.2.A mathematic model was developed to predict the...

The research on blast injuries was continued in our lab in the last 3 years.Altogether 145 sheep,54 dogs,65 rabbits,560 rats and 105 guineapigs were employed and the methods to inflict injuries consisted of TNT charge explosion,shock tube testing,and gunfiring.The main results obtained in the 3-year-period were follows;1.A medium-sized and a small shock tubes were designed and manufactured to inflict blast injuries on small animals and reginai blast injuries.2.A mathematic model was developed to predict the dynamic responses of the chest wall to blast waves in sheep.It was demonstrated that the implosion effect might play an important role to cause lung damages.3.The immune function of the animals after moderate burn-blast combined injury was even more active than before injury.The infusion of electrolyte solution associated with whole blood was most effective to treat burn-blast combined injury.4.A reference formula to express the safety limits of muzzle blast waves to nonauditory injuries of human body was put forward,that is,P=41-3 In (TC·N/4) (kPa).5.A model of ocular blast injury was established in rabbits with the small shock tube.It was found that a decrease of the ability of learning and memorizing after blast exposure in rats.

采用TNT炸药爆炸、激波管试验和火炮发射等方法对929只绵羊、狗、兔、大鼠和豚鼠进行了冲击伤研究,其主要结果如下:(1)研制了中、小型生物激波管,适于小动物及局部损伤研究。(2)建立了胸部动力学响应的数学模型,由此可根据环境参数推算出体内受力情况和伤情。同时,还证实了内爆效应在肺损伤的发生上具有重要作用。(3)中度烧冲复合伤时,其细胞免疫功能增强。输注晶体液加全血的疗效最好。(4)提出了炮口冲击波对人员非听器损伤的参考安全限值如下:P=41-3 ln (TC·N/4) (kPa),其中TC为持续时间,N为发数,ln为自然对数。(5)用小型激波管制成了典型的兔眼冲击伤模型。还证实冲击波作用下大鼠学习和记忆功能有所减退。

 
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