1.
Impedance Gastric Motility Measurement to Evaluate Functional Dyspepsia
阻抗胃动力检测方法与功能性消化不良评价
2.
Gastric Motility Detection System Design Based On Ultrasound Localization
基于超声定位的胃动力检测系统的设计
3.
Design Gastrointestinal Motility Detection System Based on LabVIEW
基于LabVIEW的胃肠动力检测系统的设计
4.
Design and Implement Gastrointestinal Motility Detection Instrument Based on EZ-USB;
基于USB总线的胃肠动力检测仪的设计与实现
5.
Detection and Evaluation of Gastric Motility Information for Functional Dyspepsia
功能性消化不良胃动力信息检测与评价
6.
Clinical Applied of Radiopaque Marker's Method on Gastrointestinal Motility
不透x线标记物检测胃肠道运动的临床应用
7.
Detection of RASSF1A promoter methylation in gastric cancer
RASSF1A基因启动子区甲基化在胃癌组织中的检测
8.
Gastrointestinal Multiple Medical Informations Measured by Noninvasive Radiotelemetry System and Gastrointestinal Motility Analysis;
胃肠道多元医学信息无创遥测系统及胃肠动力功能分析
9.
Measuring Gastric Contents of Tripterygium Wilfordii by Intragastric Administration in Guinea Pigs
豚鼠灌胃后胃内容物中雷公藤的检测
10.
Study on Bio-Impedance Gastric Motility in Type 2 Diabetes
2型糖尿病患者生物阻抗胃动力的测定
11.
According to this theory, we developed an admittance testing system for 3-channel stomach motility, which can non-intrusively detect the change of admittance correlative with stomach motility.
依据本原理成功研制三道导纳胃动图仪熏可非侵入性检测与胃运动相关的导纳变化。
12.
Preliminary analysis of side population isolated from gastric cancer
胃癌侧群细胞检测分选及其增殖能力的初步分析
13.
Turbine Vibration Measuring Method and Pressure Measuring Method Based on the FBG Sensor
基于光纤brag光栅的叶轮机振动检测及压力检测
14.
DNA Methylation Detection of the Promoter Region of the Human Telomerase Reverse Transcriptase Gene in Gastric Cancer Cell Line;
人胃癌细胞系端粒酶逆转录酶基因启动子区域甲基化的检测
15.
Detection of Serum RASSF1A Gene Promoter Hypermethylation in Patients with Gastric Cancer
胃癌患者血清RASSF1A基因启动子区甲基化检测及临床意义
16.
Detection of serum rassf 1a gene promoter methylation in patients with gastric cancer
胃癌患者血清RASSF1A基因启动子区甲基化检测及其临床意义
17.
Research on Prestress Loss of Full Prestressed Concrete Beam;
全预应力梁预应力损失的动力检测研究
18.
Perceptual organization is a powerful tool for automatic detection objects.
感知组织是自动检测目标的有力工具。