网络平台和技术开发相结合 拓展贵重仪器科研潜能——以科研型3T磁共振成像系统为例

Exploration of Unlocking Equipment’s Academic Potential with Network Platform and Technology Development——An Example from 3T Magnetic Resonance Imaging System

大型仪器是科研重器。教育部门和各高校高度重视大型仪器的开放共享,近年在大型仪器共享平台建设方面取得了很大的进展。在当前信息化技术迅速发展的背景下,如何通过网络平台及配套技术开发提高仪器的性能、拓展仪器的功能,提高仪器的高效有效利用,是一个值得探讨和论述的课题。本文将以科研型3T磁共振成像系统为例,从自动安全监测、数据质量控制、数据自动传输、存储、远程数据分析、新序列开发以及实时磁共振、磁共振模拟机等配套设备开发角度,阐述依托工程技术团队,借助网络平台,技术开发和应用相结合拓展仪器科研潜能的实例。这种基于网络平台,开发应用相结合的方法,有效助推大型仪器施展科研潜能,提高仪器利用率。

Large-scale equipment play a key role in scientific research.Universities and research institutes attach great importance to the shared service of large-scale equipment.Great progress has been made in the development of open-sharing platform of large-scale equipment in recent years.How to improve the performance of the instrument,expand the function of the instrument,and improve the utilization efficiency of the instrument is a topic worthy of discussion.This article will take 3T magnetic resonance imaging(MRI)system as an example.The 3T MRI system team develop further and additional technologies based on network,such as data quality control,automatic data transmission,storage,remote data analysis,new sequence development,real-time functional MRI,automatic safety monitoring,and mock scanner development.The combination of development and application based on network platforms effectively unlocks the academic potential of large-scale equipment and increases the utilization rate of equipment.