摘要
目的:设计并实现锥束X线激发光学断层成像(cone beam X-ray luminescence CT,CB-XLCT)/CT双模同步成像控制系统,为CB-XLCT小动物活体成像研究提供软件控制平台。方法:基于实验室现有的CB-XLCT/CT系统,利用Microsoft Visual Studio 2010平台,使用多线程编程技术和动态链接库,搭建软件控制平台,实现双模数据的同步采集。通过设计仿体实验,联合CT稀疏角度重建算法,对系统成像性能进行评价。结果:仿体实验结果表明该系统同步成像控制比非同步成像采集时间缩短79%,且成像质量完全可以满足实际需求。结论:CB-XLCT/CT同步成像控制系统有利于CB-XLCT在体研究的开展。
Objective To design and implement a synchronous imaging control system for two modes of cone beam X-ray luminescence CT（CB-XLCT） and CT to provide a software control platform for small animal in vivo imaging. Methods The software control platform was developed with the existing CB-XLCT/CT system, Microsoft Visual Studio 2010 platform, multi thread programming technology and dynamic link library so as to realize synchronous acquisition of two-mode data. The performances of the system imaging were evaluated by designing phantom experiments combined with sparse-view CT reconstruction algorithm. Results The phantom experiments results showed that synchronous imaging control had the acquisition time decreased by 79% when compared with non-synchronous imaging, and the requirements were met for imaging quality. Conclusion Synchronous imaging control of CB-XLCT/CT facilitates in vivo researches for small animals.
出处
《医疗卫生装备》
CAS
2017年第9期1-4,11,共5页
Chinese Medical Equipment Journal
基金
国家自然科学基金资助项目(81230035)
陕西省自然科学基金资助项目(2016JQ1012)
关键词
X线发光断层成像
CT
同步采集
多线程
X-ray luminescence CT
CT
synchronous acquisition
multi thread
