典型文献
Design of Real-Time Temperature Monitoring and Control System for Multimodal Ablation
文献摘要：
By combining cryogenic cryotherapy and high-temperature radiofrequency therapy,multimodal abla-tion generates a rapidly changing temperature field in tissue by heating after pre-freezing.This method completely breaks tumour cells and releases a large amount of active antigen.Compared with the traditional single modal-ity,the thermal physical ablation method has been shown to have a greater therapeutic effect,but it presents challenges in terms of precise monitoring and rapid control of the temperature during the treatment process.To solve this problem,we propose a temperature control system design utilizing aspects of probe sensing,real-time software and hardware signal interfaces,and dynamic compensation control strategies to accurately monitor the temperature changes during multimodal ablation treatment.The results show that the design system has millisecond-level high-speed control capability,an accuracy of 0.5℃,and the dynamic response time is less than 0.1s.Furthermore,the temperature fluctuation in in vivo experiments is less than 0.5℃.
文献关键词：
中图分类号：
作者姓名：
ZOU Ke;ZOU Jincheng;WANG Yifei;ZHANG Aili
作者机构：
School of Biomedical Engineering,Shanghai Jiao Tong University,Shanghai 200240,China
文献出处：
引用格式：
[1]ZOU Ke;ZOU Jincheng;WANG Yifei;ZHANG Aili-.Design of Real-Time Temperature Monitoring and Control System for Multimodal Ablation)[J].上海交通大学学报（英文版）,2022(04):535-542
A类：
B类：
Design,Real,Time,Temperature,Monitoring,Control,System,Multimodal,Ablation,By,combining,cryogenic,cryotherapy,high,temperature,radiofrequency,multimodal,generates,rapidly,changing,field,tissue,by,heating,after,freezing,This,method,completely,breaks,tumour,cells,releases,large,amount,active,antigen,Compared,traditional,single,thermal,physical,ablation,has,been,shown,have,greater,therapeutic,effect,but,presents,challenges,terms,precise,monitoring,control,during,treatment,process,To,solve,this,problem,we,propose,system,design,utilizing,aspects,probe,sensing,real,software,hardware,signal,interfaces,dynamic,compensation,strategies,accurately,changes,results,that,millisecond,level,speed,capability,accuracy,response,less,than,1s,Furthermore,fluctuation,vivo,experiments
AB值：
0.685347
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