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。
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。
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。
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: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。
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。
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