Discussion of the relation between duodenitis and serum gastrin, serum secretin and gastric acid level

Secretin induced relaxation in rat gastric smooth muscle cells mediated by the Gs protein.

促胰液素引起的大鼠胃平滑肌细胞的舒张由Gs蛋白介导。

Effect of Sodium Oleate on Secretin Cells in Rat Intestinal Mucosa

油酸钠对大鼠肠粘膜促胰液素细胞的影响

Studies on the preparation of secretin and its pharmacological effects

促胰液素制备和药理的研究

Results: VIP receptors and secretin receptors were demonstrated in tumor-free colon and colon tumors.

结果：无肿瘤结肠、结肠腺瘤、结肠癌、结肠癌肝转移灶组织均表达了VIP和胰泌素受体。

Secretin Test and Its Application

胰泌素试验测定方法及其临床应用

Oceanic island-seamount carbonate sedimentary feature and its PALEOGEOGRAPHIC SIGNIFICANCE

洋岛、海山碳酸盐岩的沉积特征及其古地理意义

A series of seamount cobalt-rich crust reference materials On Substance

海山富钴结壳标准物质研制

Genetic classification and origin of ferro manganese crust base in the seamount areas

海山区铁锰结壳基座的起源及其成因分类方案

Fractal Research on Seamount Topography in the West Pacific Ocean

西太平洋海域海山地形分形特征研究

On the seismo geological types of strong earthquakes in Sichuan and Yunnan Provinces

关于川滇强震地震地质类型的探讨

A non-block consistent model in seismo-gravity inversion

地震-重力联合反演中的非块状一致性模型

The digitized Observation method of seismo-electromagnetic radiation and abnormal signals analyses

地震电磁辐射数字化观测方法及异常信号分析

Quality Control for the Seismo Collecting Work Process

地震采集作业工序质量控制

Research on the comparison between the digital record and the analogue record of water level at Nanchang Seismographic Station

南昌地震台数字水位与模拟水位观测对比研究

Global seismographic network Completing global coverage

全球地震台网：完成全球覆盖

Application of DDN in Guangdong Digital Telemetry Seismographic Network

数字通信网络在广东数字地震遥测台网中的应用

Introduction to the trial operation of Static Force Level Gage of Chaozhou Seismographic Station

潮州地震台静力水准仪试运行介绍

The Global Seismographic Network surpasses its design goal

全球地震台网超额完成其设计目标

Administration of the power supply system of Guangdong Digital Seismographic Network

广东数字地震台网供电系统的管理

Rapid ( 3~ 5 minutes) generation of maps of instrumental ground-motion and intensity is accomplished through advances in real-time seismographic data acquisition combined with newly developed relationships between ground-motion parameters and expected shaking intensity values.

通过对实时地震仪的数据采集，和新开发的地面运动参数和期望的震动烈度值之间的关系，美国已经实现了仪器地面运动和震动烈度图的快速（3～5min）产出。