1、

Clinical analysis of abnormal thyroid function of asphyxial neonate

窒息新生儿甲状腺功能异常临床分析

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2、

The clinical significance of the early 24 hours blood glucose monitoring in asphyxial premature infant

早产儿窒息后24小时动态血糖监测的临床意义

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3、

Indexes to evaluate the multiple organ damage of asphyxial newborns

新生儿窒息早期多脏器功能损害的评价指标

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4、

Changes of serum S-100B protein in asphyxial neonate and its clinical significance

新生儿窒息后血清S-100B蛋白的变化及临床意义

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5、

Protective effect of SOD and nimodipine on cerebral injury of asphyxial young rabbit

SOD与尼莫地平对窒息幼兔脑组织的保护作用

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6、

The Clinical Significance of Microcirculation Change in Asphyxial Neonates

新生儿窒息时微循环变化的临床意义

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7、

Influences of SOD on Oxygen Free Radical and Microcirculation in Asphyxial young rabbits

超氧化物歧化酶对窒息幼兔氧自由基及微循环的影响

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8、

Methods The plasma CO and NO levels of 33 perinatal asphyxial neonates and 30 healthy newborn infants were measured.

方法对33例围产期窒息新生儿以及30例健康新生儿血浆CO和一氧化氮(NO)水平进行测定。

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9、

A semicolon will separate the error or warning message from the additional line.

由分号将错误或警告消息与附加行隔开.

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10、

If you try to edit the stale code, a warning message appears.

当您尝试编辑陈旧的代码时, 会显示一条警告信息.

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11、

Conclusion: VIP involves in the pathophysiology of asphyxial newborns and has a close relation with HIE.

结论:VIP参与窒息新生儿的病理生理变化,且与HIE的发生密切相关;

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12、

Conclusion: Parasecretion of GAS and MOT in asphyxial neonates might correlate with gastrointestinal dysfunction.

结论:窒息新生儿GAS和MOT分泌异常可能与胃肠道功能紊乱有关。

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14、

Changes of Tissue-type Plasminogen Activator and Plasminogen Activator Inhibitor Activity in Plasma of Asphyxial Fetal Mice Embryo

窒息胎鼠血浆组织型纤溶酶原激活剂及其抑制物的变化

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15、
16、

69. 8% of the causes were asphyxial anoxia and infection.

窒息缺氧及感染为主要病因占69.8%。

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17、

An evaluation of function damages of asphyxial neonates' viscera

新生儿窒息脏器功能损害的评估

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18、

Young rabbits were divided into 2 groups: control and asphyxial. Compared asphyxial group with control.

将健康幼兔22只随机分为对照组和窒息组。

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19、

Clinical Analysis on Multi-organ Damage in Asphyxial Newborn

窒息新生儿多脏器功能损害的临床分析

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20、

Changes in β-adrenocepters in heart and lung during cardiac arrest in an asphyxiated rat model

大鼠窒息心脏骤停期间心脏和肺脏β肾上腺素能受体的变化

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