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In this research, some new topological properties about the regular rotational movement of RNA and DNA were studied, and these properties were studied in one of the cells inside the liver programmatically using by using genetic algorithms in X–change Lab program, based on some mathematical equations for the level of concentration change in RNA and DNA. And their circular motion resulting from regular rotation using fixed equilibrium values and some important physical properties found in the topological structural structure of those cells.

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The Effect of Topological Properties on the Rotational Movement of DNA and RNA by Using Genetic Algorithms

  • 会议论文

  • 发表日期：

    2025年

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  • Dalael Saad Abdul-Zahra,
  • Fatimah Hussein Al-Bakaa,
  • Shatha Haider Thyab,
  • Zahraa N. Salman,
  • Mohammed Ayad Alkhafaji

摘要

In this research, some new topological properties about the regular rotational movement of RNA and DNA were studied, and these properties were studied in one of the cells inside the liver programmatically using by using genetic algorithms in X–change Lab program, based on some mathematical equations for the level of concentration change in RNA and DNA. And their circular motion resulting from regular rotation using fixed equilibrium values and some important physical properties found in the topological structural structure of those cells.