Glucose monitoring is a kind of microdialysis technique.
葡萄糖监测是一种微量渗析技术。
As a new and developing technique, microdialysis has extensive application fields.
微透析技术作为一项新兴技术，应用领域广泛。
Methods: The CCK 8 release from striatum were determined by microdialysis and ria methods.
方法：用微透析和RIA法测定半球缺血时纹体cck -8的释放。
Conclusion: The microdialysis technique can be used in pharmacokinetics study of Chinese medicine.
结论：微透析技术可用于中药复方药动学研究。
OBJECTIVE To introduce the application of microdialysis technique in the study of drug-protein binding.
目的介绍微透析技术在药物-蛋白结合研究中的应用。
Changes in inhibitory amino acid release linked to pontine-induced atonia: an in vivo microdialysis study.
与脑桥诱导缓驰相关的抑制氨基酸释放的变化：在体微透析研究。
The influences of temperature and perfusion flow-rate on recovery of microdialysis sampling were investigated.
同时考察了温度、灌注流速对微透析取样回收率的影响。
Impact of tight glycemic control on cerebral glucose metabolism after severe brain injury: a microdialysis study.
严重颅脑损伤后严格控制血糖对大脑葡萄糖代谢的影响：一个微透析研究。
Microdialysis is a unique in vivo sampling technique, which is widely used in the research of dermatopharmacology.
微透析是一种活体的取样技术，在皮肤药理学的研究中应用广泛。
To explore the feasibility and advantages of blood microdialysis technique for the pharmacokinetic study of sinomenine.
探讨采用血液微透析技术研究青藤碱药动学的可行性和优越性。
International Diabetes: What are the advantages of the microdialysis technique as compared to the conventional techniques?
国际糖尿病：与传统的技术相比，微量渗析技术有哪些优点？
Cerebral microdialysis is a new sampling method that collects the perfusates from the specific brain region continuously.
脑内微透析取样技术是一种连续灌注并采集活体动物特定脑区内灌流液的新方法。
Objective To explore the feasibility and advantages of blood microdialysis technique for the pharmacokinetic study of sinomenine.
[目的]讨采用血液微透析技术研究青藤碱药动学的可行性和优越性。
RESULTS In microdialysis in vitro, the recovery decreased as the perfusion rate was increased, but the absolute recovery increased.
结果 微渗析实验中，回收率随灌注液流速的增大而减小，绝对回收率则相反。
Objective to detect the in-vitro recovery of tetramethylpyrazine phosphate (TMPP) in microdialysis probe and to study its stability.
目的测定磷酸川芎嗪微透析体外回收率并对其稳定性进行考察。
In this paper, basic principle and application of microdialysis in pharmacokinetic and pharmacodynamic studies of antimicrobials are reviewed.
本文综合近年文献，对微透析技术的基本原理以及在抗菌药物药动学和药效学研究中的应用作一综述。
Objective:Through the dog's brain injury model, the use of microdialysis in brain injury and sampling different time slots of the regional analysis.
研究目的：通过对狗的颅脑外伤模型的建立，运用微透析技术在脑损伤区域不同时段及取样分析。
Conclusion Microdialysis provides us with an approach for real-time monitoring of cerebral and subcutaneous intercellular fluid in craniocerebral traumatic patients.
结论微透析技术提供了一种实时监测颅脑创伤患者脑和皮下组织细胞间液生化指标的手段。
The changes of amino acid levels in extracellular fluid (ECF) of cortex in Mongolia gerbils with left common carotid artery ligated were monitored with microdialysis.
应用微透析技术，活体动态观察沙土鼠脑缺血时皮层区细胞外液(ecf)中氨基酸(AA)的变化。
Objective: (1) To couple microdialysis sampling with capillary electrophoresis for real time and on-line detection of concentration of free drugs in the blood of rabbit;
目的：（1）将毛细管电泳与微透析采样技术联用，测定家兔血液中游离的药物浓度；
Show the advantages of the microdialysis sampling technique compared with the others. Demonstrated that microdialysis study in the exercise-induced central fatigue has a...
比较微透析技术在运动性中枢疲劳研究中较其他采样技术的优越性，显示微透析技术在运动性中枢疲劳研究中有着广泛的应用前景。
To couple microdialysis sampling with flow-injection chemiluminescence analysis for real time and on-line detection of concentration of free cr (III) in the blood of rabbit.
将流动注射化学发光法与微透析采样技术联用，测定家兔血液中游离的金属离子浓度。
This review presents the current status of the microdialysis technique including microdialysis probes and the analysis of dialysate in the tissue-targeted distribution and metab…
现通过检索分析相关文献，就微透析技术的概况、微透析探针、透析液的分析及微透析技术在药物靶组织分布和代谢研究中的应用作一综述。
This article describes a number of points in recent years, the microdialysis technique in pharmacokinetic studies in the field of application of the status and significant progress.
本文介绍近年来有关多位点微透析技术在药代动力学研究领域中的应用现状和重大进展。
OBJECTIVE To study the factors affecting the recovery of microdialysis probe and the methodology of the recovery determination of in vitro microdialysis and cutaneous microdialysis.
目的考察微渗析探针回收率的影响因素，研究体外微渗析和经皮微渗析回收率的计算方法。
Objeetive: Stretch the brain by brain retractor, use microdialysis technique to monitor local cerebral tissue, Dynamic collection of extracellular fluid (ECF) in the biochemical substances.
研究目的：通过脑压板对脑组织进行牵拉，运用微透析技术对脑牵拉局部脑组织进行监测，动态收集细胞外液(ecf)中生化物质。
The test result shows that the initial invitro recovery of the microdialysis probe was relatively low, before its recovery kept increasing till it reached the maximum and then gradually decreased.
结果表明：探针在最初使用时回收率相对偏低，接下来回收率会升高并达到最大值，然后逐渐下降；
The test result shows that the initial invitro recovery of the microdialysis probe was relatively low, before its recovery kept increasing till it reached the maximum and then gradually decreased.
结果表明：探针在最初使用时回收率相对偏低，接下来回收率会升高并达到最大值，然后逐渐下降；
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