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   儿童心脏 的翻译结果: 查询用时:0.612秒
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儿童心脏     
相关语句
  children ' s cardiac
     Heart image by radial nucleus children's cardiac function
     放射性核素心脏显像测定儿童心脏功能
短句来源
  children ' s heart
     A Sampling Study of Children's Heart Health State in the Town Area of Kunming
     昆明市儿童心脏健康状况抽样调查
短句来源
  children with heart dizease
     The postoperative use of growth hormone in children with heart dizease
     生长激素在儿童心脏术后的应用
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  “儿童心脏”译为未确定词的双语例句
     Clinical analysis of surgical valvuloplasty in 199 children aged 4 months to 6 years
     4个月至6岁儿童心脏瓣膜成形术199例临床分析
短句来源
     Experiences of Cardiac Valve Replacement in 49 Children
     49例儿童心脏瓣膜替换术的经验
短句来源
     Methods:Cardiac valve replacement with mechanical valve were performed in 49 children who were 34 male and 15 female between age of 5 to 14 years(mean 11 6 years).
     方法:49例儿童心脏瓣膜替换者,男34例,女15例,年龄5~14(平均116)岁。
短句来源
     Clinical analysis for 112 cases of cardiac neuro-functional disease in children
     儿童心脏神经功能性疾病112例分析
短句来源
     Heart valve replacement in children
     儿童心脏瓣膜置换术
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      children heart
    Relationship between plasma leptin levels and lipid profiles among school children in Taiwan - The Taipei Children Heart Study
          
    The Taipei Children Heart 18 used its own population distribution for cutpoints.
          
      children ' s cardiac
    Murray Streitfeld of the Bacteriology Department of the National Children's Cardiac Hospital were used.
          
      children ' s heart
    For this purpose children's heart rate (HR) signals, and their expressed preferences of how much "fun" particular game variants are, are obtained from experiments using games implemented on the Playware playground.
          
    Because children have a long life ahead, the burden and cost of children's heart disease are substantial for families and society.
          
    One of the most important roles of CVDY is to promote children's heart-health issues within the AHA.
          
    There are so much in children's heart and mind, we need to be willing to listen and know how to listen.
          


    Observations on the coronary arteries of 100 embalmed and 20 fresh hearts of Chinese children were made. The results were as follows: 1. The point of origin of the coronary arteries was found horizontally at the middle third of the aortic sinus in 90.5%, and vertically below the upper margin of the aortic sinus in 91.5%. The diameter of the opening of the left coronary artery was greater than that of the right side in 77%' lesser than that of the right side in 4%, and equivalent to that of the right side in...

    Observations on the coronary arteries of 100 embalmed and 20 fresh hearts of Chinese children were made. The results were as follows: 1. The point of origin of the coronary arteries was found horizontally at the middle third of the aortic sinus in 90.5%, and vertically below the upper margin of the aortic sinus in 91.5%. The diameter of the opening of the left coronary artery was greater than that of the right side in 77%' lesser than that of the right side in 4%, and equivalent to that of the right side in 19%. 2. The accessory coronary arteries occurred in 47% of the cases, and all were found on the right side. In one case, an accessory coronary artery distributed to the anterior wail of the right atrium. 3. Type II, i.e. the posterior wall of the left ventricle which was mainly supplied by the right circumflex branch, was the most common type of distribution. It occurred in 59%. 4. The interventricular septum was supplied by both the anterior and posterior descending branches, the proportion of which is determined by the length of the two descending branches. 5. The left coronary artery divided into 3 main branches (anterior descending, diagonal, left circumflex) in 56%. 6. Ramus septi fibrosi which originated from the right circumflex was found in 97% and from the left circumflex in 3%. 7. Ramus ostii cavae superioris was a constant branch, originating from the right side in 64% and from the left side in 36%. 8. The difference in number of the blood vessels to the left and right ventricles was not obvious.

    用防腐了的100個中國兒童心臟,20個新鮮心臟,對心臟冠狀動脈的分佈類型作了觀察,其結果如下: 1.冠狀動脈的起點在横的位置以主動脈竇的中央爲最多,佔90.5%,縱的位置是在主動脈竇和主動脈分界綫以下的最多,佔91.5%。左冠狀動脈口的口徑大於右側的是77%,小於右側的4%,左右相等的19%。 2.副冠狀動脈的出現有47%,全部在右側,其中1例副冠狀動脈分佈右心房前壁。 3.在中國兒童冠狀動脈的分枝類型型II佔59%,也就是說左室後壁主要是由右旋枝分佈的較多。 4。前、後降枝分佈室中隔的範圍和兩個降枝的長短成正比例。 5.左冠狀動脈分爲三個主幹(前降枝,斜角枝,左旋枝)的佔56%。 6.縱隔纖維枝有97%來自右旋枝,3%球來自左旋枝。 7.上腔靜脈口枝是心房的一個固定枝,起於右側冠狀動脈的64%,左側的36%。 8.左右冠狀動脈的分枝之間經常存在着吻合。 9.左右心室的血液供給沒有顯明量的差別,只是在動脈口徑上稍有不同。

    The results of normal hearts of 205 children examined by ultrasonic B are reported in this article.The cases are divided into four age groups: (1)2-4, (2)5-7, (3)8-10, (4)11-12 years old, and also arranged into three body surface groups: (1)0.50-0.80m2, (2)0.81 -1.1m2, (3)more than 1.10m2.The interior diameters of the aorta and pulmonary arteries, as well as the transverse and vertical diameters of atria and ventricles were measured.Their normal values are presented according to the age groups and body surface...

    The results of normal hearts of 205 children examined by ultrasonic B are reported in this article.The cases are divided into four age groups: (1)2-4, (2)5-7, (3)8-10, (4)11-12 years old, and also arranged into three body surface groups: (1)0.50-0.80m2, (2)0.81 -1.1m2, (3)more than 1.10m2.The interior diameters of the aorta and pulmonary arteries, as well as the transverse and vertical diameters of atria and ventricles were measured.Their normal values are presented according to the age groups and body surface area.From the data and measurements taken, we find out that the development of children's hearts has the following features:1.The values of every diameters increase with age and body surface.2.The development of children's hearts and vessels can be separated into three stages: (1)Preschool period (2-6) , the hearts develop fast and the values of right cavities'diameters are longer than those of the left. (2)School age (7-9) , the rates of heart's development become slower. (3)Prepubertal period .(10-12) , the development rates of hearts reiacrease.3.The increasing rates of the vertical diameters are fastr than those of transverse in children's ventricles.This illustrates that the children's hearts are spherical at first, but later gradually assume the normal configuration, along with the faster increasing rates of vertical diameters.

    本文报告205例儿童(2~12岁)的正常心脏B型超声测值。儿童按年龄2~4岁,5~7岁,8~10岁,11~12岁分为四组;按体表面积0.50~0.80,0.81~1.10,>1.10m~2分为三组。测量了主动脉、肺动脉干内径及房、室的横径、长径,并提供了按年龄、体表面积分组的正常值。发现儿童心脏的发育具有下列特点:(1)随年龄及体表面积的增长而增大。(2)儿童的心血管增长可分为三个阶段:学龄前(2~6岁)心脏发育较快,且右心数据大于左心;学龄期(7~9岁)心脏发育速度减慢;青春前期(10~12岁)心脏发育速度又增快。(3)儿童心室长轴的增长比短轴为快。儿童心脏呈球形,固年龄增长而心室长轴增长较快,逐渐形成成人型的心脏。

    The microvascular architecture of the three layers in left ventricular wall of

    本实验用微血管铸型扫描电镜技术、酶组织化学染色和墨汁灌注光镜观察法,对25例正常儿童心脏左心室壁3层的微血管立体构筑进行了研究。获得了儿童左室壁从微动脉→中间微动脉→真毛细血管→毛细血管后微静脉→“萝卜根样”和“人参根样”汇集微静脉这一微循环单位三维空间排列的真实构型资料。儿童左心室壁3层中的微动脉构型各有其形态学特点:心外膜呈弯曲状,似网状分布;心肌内呈树枝样分布;心内膜呈丛样分布。毛细血管网的空间构型也各有特点,心外膜有密集的毛细血管网;心肌内呈拱顶形、旋涡形和呈平行排列的毛细血管网;心内膜毛细血管局部密集成片样。微动脉铸型表面可见内皮细胞核压述,中间微动脉起端和真毛细血管起端有环状压痕。毛细血管后微静脉的构型在3层中各有差别:心外膜的徽静脉类似“萝卜根样”;心肌和心内膜的微静脉类似“人参根样”。3层的毛细血管直径分别为:7.2±1.9μm,4.3±1.0μm 和5.4±1.6μm,直径大小有显著性差异(P<0.01)。微血管的密度为:心外膜3484.44/mm~2,心肌3356.48/mm~2,心内膜3285.33/mm~2,3者无显著性差异(P>0.05)。

     
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