1. The objective is to study the relationship between fetomaternal cellular traffic and hepatitis B virus (HBV) intrauterine infection.
目的是探讨母胎细胞转运与乙型肝炎病毒(HBV)宫内感染的关系。

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2. Your baby in a normal intrauterine growth.
您孩子在宫内发育正常。

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3. Objective: To predict fetus intrauterine hypoxia.
目的:预测胎儿宫内缺氧。

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4. Intrauterine infection is a major cause of preterm delivery.
宫内感染是早产发生的重要原因。

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5. AIM: to evaluate the risk factors of HBV intrauterine transmission.
目的:综合评价HBV宫内传播发生的危险因素。

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6. There is a deeper cognition of intrauterine device bleeding in this study.
从而对宫环出血的研究有进一步的认识。

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7. Strong infectiousness of mother is an important factor in intrauterine infection.
母亲传染性强是宫内感染的重要因素。

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8. Intrauterine devices (IUD); Adverse reactions; Community service; Control intervention.
宫内节育器;不良反应;社区;防治干预。

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9. Objective: To investigate condition of myocardial damage in newborn of intrauterine hypoxia.
目的探讨宫内窘迫新生儿的心肌受损情况。

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10. Objective To study hysteroscopy on treatment of infertility caused by intrauterine adhesions.
目的探讨宫腔镜治疗宫腔粘连并发不孕的疗效。

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11. Brain damage; Intrauterine infection; Glial proliferation; Intervention; rat; Animal, experiment.
脑损伤;宫内感染;神经胶质增生;干预;大鼠;动物,实验。

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12. AIM: To observe the application effect of naproxen on postmenopausal women with intrauterine device.
目的:观察萘普生栓在绝经后妇女取环中的作用。

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13. Conclusion Spiral ct in the diagnosis of ectopic intrauterine contraceptive ring has high clinical value.
结论多层螺旋CT对诊断宫内节育环异位具有较高临床应用价值。

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14. Hysteroscopy technology plays an irreplaceable role in the diagnosis and treatment of intrauterine diseases.
宫腔镜技术在诊断和治疗宫腔内疾病方面已经有着不可替代的地位。

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15. Objective:To explore the best prenatal diagnostic Method for intrauterine human cytomegalovirus(HCMV)Infection.
目的:探索人巨细胞病毒(HCMV)宫内感染产前诊断的最佳方法。

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16. Objective To determine the clinical characteristics, diagnosis and treatment of angular intrauterine pregnancy.
目的探讨宫角妊娠的临床特点、诊断和治疗方法。

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17. Objective: To study the effect of nutrient intake in different periods of gestation on fetus intrauterine growth.
目的:研究不同孕期营养素摄入量对胎儿宫内发育的影响。

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18. Conclusions HBV infection of placental capillary endothelial cell is a major risk factor of intrauterine transmission.
结论胎盘绒毛毛细血管内皮细胞感染是宫内传播的主要危险因素。

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19. Objective To study the effect of intrauterine hypoxia on neonatal neurological behavior and brain responsive function.
目的了解宫内缺氧对新生儿神经行为和脑反应性功能的影响。

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20. Conclusion: There iss a high correlation of intrauterine infection with HPVB19 and neonatal anemia with unknown causes.
结论人类微小病毒B19宫内感染与新生儿不明原因贫血显著相关。

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21. Results The intrauterine device cause chronic pelvic inflammation result in an increase incidence of Ectopic pregnancy.
结果宫内节育器引发盆腔炎可导致异位妊娠的发生率增加。

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22. Objective To investigate the relationship between the change of lung function and fetal intrauterine growth retardation.
目的探讨妊娠期肺功能的变化与胎儿宫内发育迟缓的关系。

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23. Objective To observe the relation of human parvovirus B19(HPVB19)intrauterine infection with diseases of newborn infant.
目的观察人类微小病毒B19宫内感染(HPVB19)与新生儿疾病之间的关系。

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24. Objective: To study the fetal cerebral blood flow hemodynamics in predicting the diagnostic value of intrauterine hypoxia.
目的:研究胎儿脑血液动力学指标,对预测宫内缺氧的临床价值。

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25. Objective To investigate the clinical value of early intervening for intrauterine distress neonate with abnormal EEG findings.
目的研究宫内窘迫新生儿脑电图异常者行早期干预的临床价值。

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26. Conclusions: Increase of serum bilirubin and abnormal heart rate may take as an forecast index of ICP intrauterine fetal anoxia.
结论:血清胆红素升高、临产后胎心监护异常可作为预测IC P胎儿宫内缺氧的指标。

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27. There are many kinds of intrauterine device in use, which have their own characteristics, and all are active intrauterine devices.
目前使用的宫内节育器种类较多,且各有特点,均为活性宫内节育器。

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28. However, pregnant mothers can pass the virus to the fetus, and a severe anemia with fetal hydrops and intrauterine demise can result.
然而孕妇可将病毒传给胎儿,并且导致胎儿严重贫血、水肿及宫内死胎。

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29. We, therefore, hypothesize that intrauterine infections during pregnancy may have a direct effect upon trophoblast cells through TLRs.
因此我们推论妊娠时宫内感染可能通过TLR受体直接影响了滋养层细胞的功能。

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30. We, therefore, hypothesize that intrauterine infections during pregnancy may have a direct effect upon trophoblast cells through TLRs.
因此我们推论妊娠时宫内感染可能通过TLR受体直接影响了滋养层细胞的功能。

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