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追赶生长
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  catch up growth
     (2)On postnatal day 3, the serum IGF Ⅰ, Ⅱ levels in low catch up growth were all significantly lower than those of control group( P <0.01).
     (2 )生后第 3天 ,低追赶生长鼠血清 IGF- 、 均明显低于对照组 (P均<0 .0 1) ;
短句来源
     The catch up growth velocity of AGA was within 12 months. The peak was in 8 month. SDS was approaching median after 5 month old.
     早产适于胎龄儿追赶生长在生后12 个月内,高峰时间是生后8 个月,出生5 月后SDS 值接近中位数。
短句来源
     The catch up growth of SGA was within 3 months. SDS was below median.
     小于胎龄儿追赶生长在3 个月内,SDS 值低于中位数。
短句来源
     Conclusion Both IGF Ⅰ, Ⅱmay play an important role in the regulation of catch up growth and the decrease of IGF Ⅰ, Ⅱlevels may be the internal factors contributing to the absence of postnatal catch up growth in IUGR rats.
     结论  IGF- 、 是追赶生长的重要调节因子 ,其水平的降低可能是 IUGR鼠生后缺乏追赶生长的内在原因之一。
短句来源
     Conclusion The increase of serum IGFBP 3 is one of the factors contributing to the increase of body length in normal neonatal rats and the catch up growth in IUGR rats.
     结论 出生后血清 IGFBP- 3的增加是新生鼠身长及宫内发育迟滞新生鼠发生追赶生长的重要原因
短句来源
  catch-up growth
     【Results】 The preterm low birth weight babies had the catch-up growth before the corrected age of 2 years old and no such shift was found between 40 weeks~1 month and 6~8 months.
     【结果】早产低出生体重儿在2岁以内呈追赶生长(纠正年龄40周~1月、6~8个月除外)。
短句来源
     The role of serum leptin concentrations in catch-up growth of infant born with intrauterine growth retardation
     瘦素在宫内发育迟缓婴儿追赶生长中的作用
短句来源
     Conclusions:Systematic child health care promote the early catch-up growth of SGA baby,at the same time,obesity incidence are limited.
     结论:系统性的儿童保健促进了SGA早期的追赶生长,同时肥胖儿童的比例也很低。
短句来源
     Young children bored with lower bw are susceptible to growth retardation,and catch-up growth usually occurred in the first 6 months.
     出生体重较轻者易发生长迟缓,追赶生长多发生在0~6个月中。
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  “追赶生长”译为未确定词的双语例句
     Results The increase of QI,RI,and MAC/HC ratio along with the infants growth within the lst month reflect the change of nutritional state of newborns. On the other hand,BL/HC ratio shows the synchronous rise of boody length and head circumference,BRI reflects that the premature AGA neonates in the first month are catching up with the term infants' growth mainly the upper part of boody.
     结果 新生儿期内QI、RI、MAC/HC 随日龄增大而增大,反映了新生儿营养状态的变化,BL/HC 显示新生儿期身长与头围为同步增长,BRL 则显示早产儿在新生儿期内的追赶生长以上身增长为主。
短句来源
     There was no difference on IGF Ⅰbetween high catch up and the control groups( P >0.05).
     高追赶生长鼠血清 IGF- 与对照组差异无显著意义 (P>0 .0 5 ) ;
短句来源
     The physique and small intestine in IH group caught up growth quickly, the body weight in the 4th week reached the normal value.
     IH组体格、小肠追赶生长迅速 ,4周时体重与CC组比较差异无显著性 (P >0 .0 5 )。
短句来源
     Conclusions Early nutrition after birth has an important effect on the development of physique and SI in rats with IUGR.
     结论 生后早期营养干预对IU GR大鼠早期体格追赶生长、小肠发育有重要的影响。
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  catch up growth
Children with nephropathic cystinosis also showed catch up growth after transplantation under cyclosporin.
      
After pneumatic dilatation of the oesophageal sphincter catch up growth occurred.
      
Primary hyperoxaluria 1: catch up growth and normalization of oxaluria 6 years after hepatorenal transplantation in a prepuberta
      
In 15 infants, therapy started at 5.8±3.2 months of age and induced catch up growth over 1-2 years by which time the mean height SDS increased from -1.02±0.91 to -0.19±1.07.
      
In 15 infants, therapy started at 5.8±3.2 months of age and induced catch up growth over 1-2 years by which time the mean height SDS increased from -1.02±0.91 to -0.19±1.07.
      
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  catch-up growth
A simulation study was used to evaluate some consequences for a population of threespine sticklebacks of failing to show compensatory ('catch-up') growth following periods of food deprivation.
      
The data suggest that long-term treatment with Saizen in children with GHD results in a positive catch-up growth response and proportionate changes in bone age vs height age during treatment.
      
The data suggest that long-term treatment with Saizen in children with GHD results in a positive catch-up growth response and proportionate changes in bone age vs height age during treatment.
      
Growth, in terms of both height and skeletal age, were continuous without catch-up growth.
      
In young patients receiving an initial oral CyA dose of 17 mg/kg per day, steroids were stopped at the 6th month in order to achieve catch-up growth: only one such patient lost his graft.
      
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A longitudinal study on growth of infants from birth to 12 months was conducted which was aimed at a comparison of different growth pattern of infants with different birth weight and gestational age. 132 of infants being observed were divided into four groups. The study showed that the peak velocities of weight and length were taken place in the second month for not-preterm infants. In LGA group, even through the growth increased at lower rate during the period of first two months,the attained value of growth...

A longitudinal study on growth of infants from birth to 12 months was conducted which was aimed at a comparison of different growth pattern of infants with different birth weight and gestational age. 132 of infants being observed were divided into four groups. The study showed that the peak velocities of weight and length were taken place in the second month for not-preterm infants. In LGA group, even through the growth increased at lower rate during the period of first two months,the attained value of growth have always heen higher than that in other groups anyway. SGA infants appeared to exhibit catch up growth with different rate in the first year,especially in the first 6 months after birth,bur they did not achieve the attained value at 12 month of age as FGA group did, meanwhile they have also laged behind that of preterm infant group. The growth pattern in preterm infants dependented on the gestational age they had at birth. Before"term to be reached" ,their growth velocity was slower and after that it became rapid.

不同出生体重及胎龄的新生儿在婴儿期呈现不同的生长方式,足月儿体重和身长在第2个月有一生长高峰:高出生体重儿生后头两个月显示“低速”生长趋势,但实际生长值始终高于正常儿组;足月小样儿在第1年展示不同程度的追赶生长,尤其在前半年。然而1岁时并未达到正常儿生长水平,并且也落后于早产儿;早产儿生长与胎龄有关,“足月”前显示缓慢增长,“足月”后加速生长。

Objective To study the longitudinal survey of body indices of chinese newborns appropriate for gestational age (AGA),several pertinent parameters and its useful value. Methods Five body indices of a total of 1 757 AGA neonates converged from 12 cities in China were caculated with computer,which were the gestational maturation,the Quetelet Index(QI),Rohrer Index (RI),Recumbent length Croun Rump length Index(BRI),Recumbent length/Head circumference(BL/HC),Mid-Arm circumference/Head circumference(MAC/HC) ration;and...

Objective To study the longitudinal survey of body indices of chinese newborns appropriate for gestational age (AGA),several pertinent parameters and its useful value. Methods Five body indices of a total of 1 757 AGA neonates converged from 12 cities in China were caculated with computer,which were the gestational maturation,the Quetelet Index(QI),Rohrer Index (RI),Recumbent length Croun Rump length Index(BRI),Recumbent length/Head circumference(BL/HC),Mid-Arm circumference/Head circumference(MAC/HC) ration;and the relative longitudinal regularity,variation,percentile of each index. Results The increase of QI,RI,and MAC/HC ratio along with the infants growth within the lst month reflect the change of nutritional state of newborns.On the other hand,BL/HC ratio shows the synchronous rise of boody length and head circumference,BRI reflects that the premature AGA neonates in the first month are catching up with the term infants' growth mainly the upper part of boody. Coonclusion As the indicator for the comprehensive evaluation of neonates' physical growth,the data of boody indices in the present study can be utilized to observe dynamicelly nutritional status,proportion of body parts and somatotype of newborns,thus,providing several references for the eugenics.Both mean value and standerd deviation,as well as percentile of five indices were demonstrated in order to check the list we provided for the clinical application and epidemiologcal investigation.

目的 建立适于胎龄(AGA) 新生儿体格发育指数的纵向监测参考值,并探讨其使用价值。 方法 用计算机演算1 757 例AGA 新生儿的5 项身体指数,即QueteletIndex(QI) 、Rohrer Index(RI) 、身长顶臀长指数(BRI) 、身长/ 头围(BL/HC) 、中臂围/ 头围( MAC/HC) 比值。 结果 新生儿期内QI、RI、MAC/HC 随日龄增大而增大,反映了新生儿营养状态的变化,BL/HC 显示新生儿期身长与头围为同步增长,BRL 则显示早产儿在新生儿期内的追赶生长以上身增长为主。 结论 身体指数作为新生儿体格发育综合评价指标,利用其纵向监测值可动态观察新生儿在各时段的营养状态、体格发育的匀称度,为优生提供参考指标。为此我们提供了5 项指数的正常均值、标准差及百分位数,便于临床应用及流行病学调查时直接查对。

Objective To study the growth velocity and its difference of the weight and height on the low birth weight infant and to evaluate the intervention effects. Methods 101 low birth weight infants that were followed up from birth to 36 months were intervened by general methods and evaluated according to the Z score of NCHS/WHO,as compared with 19 cases without health care intervention. Results Weight Z score(SDS)< 2 s cases of 101 low birth weight infants were decreased gradually with age.Weight...

Objective To study the growth velocity and its difference of the weight and height on the low birth weight infant and to evaluate the intervention effects. Methods 101 low birth weight infants that were followed up from birth to 36 months were intervened by general methods and evaluated according to the Z score of NCHS/WHO,as compared with 19 cases without health care intervention. Results Weight Z score(SDS)< 2 s cases of 101 low birth weight infants were decreased gradually with age.Weight SDS of 98%cases reached normal range and surpassed control group by 36 month.Velocity and needed time of catch up growth of appropriate for gestational age infant in premature (AGA) with SDS below median were obvious difference from small for gestational age infant (SGA).The catch up growth velocity of AGA was within 12 months.The peak was in 8 month.SDS was approaching median after 5 month old.The catch up growth of SGA was within 3 months.SDS was below median. Conclusion Potential of low birth weight infant in growth and development can be exploited by means of proper health care and nutrition.As a result the majority recovered normal range.

【目的】 探讨低出生体重儿体重、身高增长的速度及差异,了解干预效果。【方法】 对101 例低出生体重儿从出生随访至36 个月,采用NCHS 标准( W HO) ,用Z 评分方法进行评价和综合干预,与19 例未经干预的低出生体重儿进行比较。【结果】 101 例低出生体重儿出生体重SDS 值< - 2 s 的比例随着年龄的增长逐渐降低,到36 个月98 % 达正常范围且SDS 值明显优于对照组。早产适于胎龄儿和小于胎龄儿追赶性生长的速度和持续时间明显不同。早产适于胎龄儿追赶生长在生后12 个月内,高峰时间是生后8 个月,出生5 月后SDS 值接近中位数。小于胎龄儿追赶生长在3 个月内,SDS 值低于中位数。【结论】 良好的保健干预措施,能挖掘低出生体重儿的生长潜力,使其大多数体重增长恢复至正常范围。

 
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