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aerosol that
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  气雾剂
     The aerosol that natrium glycerate as inhalant enhan cer acted in 15min and peaked in 2h after administration.
     甘珀酸钠为吸收促进剂的气雾剂在给药后15min起效,2h血糖下降百分数达峰值;
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     RESULT AND CONCLUSION Lidocaine-base aerosol that the concentration over 1% has good surface anesthetic effect.
     结论浓度在1%以上的利多卡因碱气雾剂具有良好的表面麻醉作用。
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  相似匹配句对
     THE STUDIES OF AND IN AEROSOL
     大气气溶胶中NO ̄-_3、SO ̄(2-)_4研究
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     Advances in Mechanics of Aerosol
     气溶胶力学的研究进展
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  aerosol that
Finally, the dissolution behavior was determined and the aerosol that was formed by the powder was characterized.
      
Washout is the removal of the aerosol that becomes incorporated into an already existing cloud droplet that then becomes large enough to fall as rain.
      
We vary the amount of sea-salt aerosol that is injected into the air.
      
Upon cooling, sulfuric acid and water condense into an aerosol that is8 nonvolatile under ambient conditions.
      
The type of particles exported from the Amazon Basin is a type of aerosol that has survived transport through the CCL or deep convection.
      
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The current advance in molecular biology of bioaerosol is mainly introduced.The aerosols of proteins may be as a therapeutic drug for treating respiratory tract diseases and a vaccine antigen for introducing immunity of the respiratory tract mucous membrane.Aerosols that how to drive respirable sized funcitional proteins and maintaining proteins activity are a key.Therapeutic DNA molecules and gene immunity are a new research field.The technology for aerosolized DNA plasmid and transformation and...

The current advance in molecular biology of bioaerosol is mainly introduced.The aerosols of proteins may be as a therapeutic drug for treating respiratory tract diseases and a vaccine antigen for introducing immunity of the respiratory tract mucous membrane.Aerosols that how to drive respirable sized funcitional proteins and maintaining proteins activity are a key.Therapeutic DNA molecules and gene immunity are a new research field.The technology for aerosolized DNA plasmid and transformation and expression after inhalation are of great interest.The PCR technique has potential for use in detection of low concentrations of bioaerosols.The sensitivity of PCR assay is higher than other assay.So PCR assay for detecting airborne microorganisms is rapid and sensitive and can be used as an alternative method for air quality monitoring.

主要介绍近年来生物气溶胶在分子生物学方面的研究进展。蛋白质气溶胶可以作为一种呼吸道疾病治疗药物和免疫源,因此如何释放蛋白质气溶胶并保持蛋白质活性是关键。基因治疗和基因免疫也是近年刚兴起的一个研究领域,质粒DNA的气溶胶化技术和呼吸道吸入后的转染及表达研究,是呼吸道粘膜免疫和疾病治疗的重点。在生物气溶胶检测方面,近年也引进了多聚酶链反应技术,从而大大提高了检测的敏感性和空气传播的致病微生物的检测速度。

Objective\ To observe the effect of reducing glycemia o n rats suffering diabetes mellitus(DM).Methods\ We induced rats suff ering DM by subcutaneous injecting tetraoxypyrimidine.Natrium glycocholate and n atrium glycerate were chosen as respiratory tract musoca inhalant enhancer,and w e re made into inhaled insulin aerosol each other.The aerosol including natrium gl ycocholate and natrium glycerate were administered to rats suffering DM after ca theterization of bronchus.The level of glycemia was tested.Results\...

Objective\ To observe the effect of reducing glycemia o n rats suffering diabetes mellitus(DM).Methods\ We induced rats suff ering DM by subcutaneous injecting tetraoxypyrimidine.Natrium glycocholate and n atrium glycerate were chosen as respiratory tract musoca inhalant enhancer,and w e re made into inhaled insulin aerosol each other.The aerosol including natrium gl ycocholate and natrium glycerate were administered to rats suffering DM after ca theterization of bronchus.The level of glycemia was tested.Results\ We confirmed that rats suffering DM was a lowsecretary insulin DM model.The ae r osol that natrium glycocholate as inhalant enhancer acted in 15min and peaked in 30min after administration.The aerosol that natrium glycerate as inhalant enhan cer acted in 15min and peaked in 2h after administration.The group subjected to subcutaneous injection insulin peaked in 1h after administration.The aerosol men tioned above were administrated to rats with DM in different dose of 5IU/kg,10IU /kg,15IU/kg.We observed that there was no significant enhancement of glycemia de creasing percent.Conclusion\ The pulmonary inhaled insulin aerosol w hich we made can obviously reduce glycemia.

目的 观察肺吸入胰岛素气雾剂对糖尿病大鼠血糖的影响。方法 用四氧嘧啶静脉注射诱导糖尿病大鼠模型,以甘氨胆酸钠及甘珀酸钠为吸收促进剂,分别制成肺吸入胰岛素气雾剂,糖尿病大鼠气管插管后用药,测定血糖。结果 糖尿病大鼠模型为低胰岛素分泌型。甘氨胆酸钠作吸收促进剂的气雾剂组在给药后15min起效,30min血糖下降百分数达峰值;甘珀酸钠为吸收促进剂的气雾剂在给药后15min起效,2h血糖下降百分数达峰值;对照的皮下注射胰岛素组在用药后1h血糖下降百分数达峰值。气雾剂用量增加,糖尿病大鼠血糖下降百分数无明显增加。结论 肺吸入胰岛素气雾剂有明显的降血糖作用。

The research progress on the methods of airborne microbe was reviewed in the paper. Conventional culture dependent methods used for detecting bioaerosols rely on collection of airborne and surface microorganisms and analysis of sample either by culturing on artificial growth media or by microscopic assay, that make bioaerosols studies labour intensive and time consuming. Culture analysis methods underestimate concentrations because only culturable cells are enumerated and identified, while non-culturable organisms...

The research progress on the methods of airborne microbe was reviewed in the paper. Conventional culture dependent methods used for detecting bioaerosols rely on collection of airborne and surface microorganisms and analysis of sample either by culturing on artificial growth media or by microscopic assay, that make bioaerosols studies labour intensive and time consuming. Culture analysis methods underestimate concentrations because only culturable cells are enumerated and identified, while non-culturable organisms go undetected. Culture independent methods, mainly the PCR analytical technique which is an effective approach to detecting airborne microbes can provide rapid, sensitive and reliable data for bioaerosol exposure monitoring, that can detect all bioaerosols including culturable and non-culturable microorganisms. Finally, real-time measurement of aerosols that may facilitate increased accuracy of the results was considered a new research direction and development trend.

着重论述了空气微生物气溶胶的研究方法,主要有培养基法和非培养基法。培养基法是传统的微生物研究方法,需要花费大量的时间和劳动力,只能够检测活的能够在培养基上生长的微生物,可以大致反映空气中的微生物气溶胶。非培养基法,主要是PCR法,具有敏感性高、快速、特异性强等特点,能够检测出环境样品中绝大多数的微生物,是一种微生物气溶胶检测的有效途径。最后指出实时持续的监测是将来空气微生物研究的努力方向和发展趋势。

 
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