CAJ | 학술논문

综述了用于自组装DNA计算仿真软件caDNAno工具、Visual DSD工具和NUPACK工具的发展现状，并以基于caDNAno软件平台设计郑州轻工业学院校徽二维DNA自组装结构模型、采用Vis-ual DSD工具设计用于素数判断的DNA分子计算模型并进行相关仿真实验为例，对自组装DNA计算仿真软件的应用进行可行性论证与探讨，指出：随着自组装DNA计算研究的深入，应用新的生物技术开发更为高效实用的软件将是未来的研究方向。
종술료용우자조장DNA계산방진연건caDNAno공구、Visual DSD공구화NUPACK공구적발전현상，병이기우caDNAno연건평태설계정주경공업학원교휘이유DNA자조장결구모형、채용Vis-ual DSD공구설계용우소수판단적DNA분자계산모형병진행상관방진실험위례，대자조장DNA계산방진연건적응용진행가행성론증여탐토，지출：수착자조장DNA계산연구적심입，응용신적생물기술개발경위고효실용적연건장시미래적연구방향。
Some existing DNA computing softwares,such as caDNAno tools,Visual DSD tools and NU-PACK tools,were reviewed.Based on the caDNAno and Visual DSD,two DNA self-assembly models were described,which are respectively corresponding to Zhengzhou University of Light Industry badge and the prime number judging.After that,the application and feasibility of related softwares was discussed.And then,it was pionted that software platforms design was an important issue in the research of DNA self-assembly computation.