输液

头孢呋辛钠在输液中与维生素C配伍的稳定性考察

The Stability of Cefuroxime Sodium and Vitamin C in 5 % GS Transfusion

前言：目的：介绍聚烯烃非PVC软包装输液给药系统。

Objective : Introduce non-PVC polyolefin soft-packing transfusion administration system .

她一直在输液。

She 's been put on a drip .

必须仔细观察输液部位。

Careful observation of the infusion site is necessary .

静脉输液也可作为一种给药方法

Intravenous infusions are also used to administer medications .

过去的静脉输液流程是纯技术流程。

In the past , the flow of vein transfuse belonged to pure technology flow .

对照组（C组）常规输液，不实施血液稀释。

Comparative group ( group C ) received routine infusion .

B组术后常规输液。

Group B was only treated with common infusion .

复方毛冬青注射液与3种输液配伍后的微粒及其pH值观察

Determination of particles and pH in mixtures of three infusion solutions with Ilicis Pubescentis Compound Injection

PVC袋装输液混压灭菌法的灭菌效果观察

Air-steam Mixture Sterilization of PVC Infusion Fluid : An Investigation of Sterilization Efficacy

一次性输液器用PVC粒料pH值的影响因素

Influence of the Factors on pH Value of PVC Particle for Single Used Medical Infusion Sets

结论PVC输液袋会对一些药物有吸着，临床应避免这些药物在PVC输液袋中使用。

CONCLUSION PVC should be avoided , because of its sorption of some drugs .

用双探针原位杂交法检测常见肝病组织中输液传染性病毒DNA

Assay of transfusion transmitted virus DNA in the tissue of the frequent liver diseases with in situ hybridization of double-chain probe

2种非PVC多层共挤复合膜输液袋使用比较

Comparison on the Use of 2 Kinds of Non-PVC Multilayer Copolymerized Compound Membrane Infusion Packages

一种新型给药系统&聚烯烃非PVC软包装输液

A Novel Type of Administration System & Non - PVC Polyolefin Soft - packing Transfusion

Hu矩在一次性输液针图像描述中的应用

The Application of Hu Moment in Image Description about Intravenous Needles for Single Use

实验材料：0号造牙粉，人胎盘羊膜，100%甘油，葡萄糖盐水，维生素C注射液，庆大霉素注射液，2%荧光素钠，输液器等。

Materials ; imported teeth plastic powder , human fetus amniot-ic mebrane , 100 % glycerol , glucose solution , vitamin C injection , gentamycine injection , 2 % fluorescence .

大输液GMP认证对设备的要求

Large Perfusion GMP Authentication for the Request of Equipments

非PVC材质与大输液相容性良好，对药物吸附性较小。

Non-PVC infusion packages have good compati ˉ bility with infusion solutions and the absorbability of which to medicine is fairly small .

将微分求积法（differentialquadraturemethod，简称DQM）应用于输液管道的非线性动力学分析，采用此法研究了受非线性约束输液管道的分岔现象和混沌运动问题。

By extending the Differential Quadrature Method ( DQM ), this paper established the nonlinear vibrations of a cantilevered pipe conveying fluid with motion-limiting nonlinear constraints .

两组术中输液量和出血量无显著性差异（P>0.05），但AHH组的异体血输入量明显少于对照组（P<0.05）；

Blood transfusion volume reduced significantly in AHH group ( P < 0.05 ) .

目的寻找预防便携式弹性输液泵持续静脉推注5-Fu致静脉炎的有效方法。

Objective In order to search effective method to prevent phlebitis caused by persistent intravenous infusion of 5-Fu , use portable elastic transfusion pump .

骨髓输液在PICU的应用探讨

Discussion for clinical application of bone marrow infusion in PICU

方法对160例患者PICC输液进行置管的部位、方法、时间与导管相关性感染关系的观察。

METHODS The relationship between infection with sites , methods , and times of PICC placement in 160 patients was observed .

限制输液组Hct明显高于常规输液组（P<0.05）。

The Hct of the limited fluid resuscitation group was higher than the conventional group ( P < 0.05 ) .

结论：布美他尼注射液与4种输液配伍，在8h内基本稳定。

Conclusion : It is stable within 8 hours under 25 ℃ after Bumetanide injection combined with four kinds of injection solutions .

结果：布美他尼注射液与4种输液配伍后在25℃放置8h其外观、pH值、含量基本不变。

Result : The significant change of appearance and pH , and content had not been observed within 8 hours under 25 ℃, when bumetanide injection were combined with four kinds of injection solutions .

介绍了利用NTC热敏电阻的耗散特性而做的一例输液过程监控装置。

To illustrate an application of thermosensitive resistance in supervising instrument for transfusion device , it make use of the dissipation characteristic of NTC thermosensitive resistance .

分别于实验性输液前、实验性输液后测定血小板计数PLT、凝血酶原时间PT、部分活化凝血酶原时间APTT。

Before experimental infusion and after experimental infusion , blood platelet count PLT , blood coagulation zymogen time PT , activate zymogen time coagulation APTT of blood were separately determined .

结果提示，失血性休克时，ML收缩性降低，输血输液可提高ML收缩性及回升血压，休克逆转的这些变化可能是依靠交感神经的调控实现的。

The above results suggest that ML contractility shows decrease in hemorrhagic shock , while infusion of blood and normal saline may increase ML contractility and enhance blood pressure . The sympathetic nerve may play a modulation role to the recovery process of shock .