基于智能化控制的高效活细胞成像技术  

Efficient Cell Dynamic Imaging Technology Based on Intelligent Control

作　　者：缴莉 边鑫 龙加福[1] 刘如明[1] JIAO Li;BIAN Xin;LONG Jiafu;LIU Ruming(College of Life Sciences,Nankai University,Tianjin 300071,China)

机构地区：[1]南开大学生命科学学院,天津300071

出　　处：《实验室研究与探索》2024年第10期36-39,共4页Research and Exploration In Laboratory

基　　金：南开大学大型仪器实验技术研发项目(23 NKSYJS07)。

摘　　要：为提升活细胞功能研究的效率与准确性,显微成像平台研发了1款智能化控制精准加样系统。自主研发的加样系统具备远程自动化控制功能,能实现精准的药物定时定点添加。经研究和测试,该系统展现出卓越的通用性,能与常见的光学成像设备搭载使用,并能满足从短期到长期活细胞功能研究的各种实验要求。在活细胞连续成像的过程中,采用智能化与精准化的控制方法,可显著提升实验的准确性、稳定性和效率,尤其是能确保关键数据的完整性。该研究工作有效促进了细胞功能等关键科研领域的深入探索,成功增强了多台光学成像仪器的测试能力和应用价值,同时也推动了创新人才的成长和高标准科研平台的搭建。In order to improve the efficiency and accuracy of living cell function research,the microscopic imaging facility is used to develop an intelligent control precision sampling system.The self-developed system has remote automatic control function,can realize accurate drug timing and fixed-point addition.After research and testing,the system shows excellent versatility,can be used with common optical imaging equipment,and can meet a variety of experimental requirements from short-to long-term living cell function research.In the process of continuous imaging of living cells,the use of intelligent and precise control methods can significantly improve the accuracy,stability and efficiency of experiments,especially,can ensure the integrity of critical data.This research effectively promotes the in-depth exploration of key scientific research fields such as cell function,successfully enhances the testing capability and application value of multiple optical imaging instruments,and promotes the growth of innovative talents and the construction of high-standard scientific research platforms.

关 键 词：活细胞成像 仪器设备研发 自动化精准加样 仪器平台建设 

分 类 号：Q2-33[生物学—细胞生物学]