A Simulation Model to Study the Effect of Smart Drugs on the Blood Transfusion Vessels

H. Shirzadfar, Mehrsadat Hosseini Nezhad, Hamideh Salimiyan
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Abstract

Normal cells of body are growing, reproducing and eventually will die in reaction to motivation that internally and externally evoke them. when one normal cell is mutated, changed and turned into cancer cell. Mutation or the change happens in DNA or genetic substance. When DNA of a cell is changed, that cell will be different from its adjacent cells and it, any more won’t do the functions of normal body cells. When the ‘‘mutant cell’’ is divided, it will be turned into two new ‘‘mutant’ ’cells and this procedure is continued as the same way to turn into that vulnerable cell or mass of cells which is called tumor. One of the treatments of cancer is chemotherapy. Chemotherapy is one of the prevalent methods of curing diseases that by using chemical drugs and chemical substances. lots of chemical drugs that are used for chemotherapy, affect the cell division of cancer cells, particularly those cancers that have very fast cell division. We used Taxol or Paclitaxel for Simulation in this article. which leads to induction of polymerization of microtubules. Paclitaxel is used for treatment of breast and ovary carcinoma, lung cancer and Kaposi sarcoma caused by AIDS.
智能药物对输血血管影响的仿真模型研究
身体的正常细胞在生长、繁殖,并最终会在内部和外部唤起它们的动机的反应中死亡。当一个正常细胞发生突变,变成癌细胞。突变或DNA或遗传物质发生变化。当一个细胞的DNA发生改变时,这个细胞就会与其相邻的细胞不同,它就不能再发挥正常身体细胞的功能了。当“突变细胞”分裂时,它会变成两个新的“突变”细胞,这一过程以同样的方式继续下去,变成那个脆弱的细胞或细胞群,即所谓的肿瘤。治疗癌症的方法之一是化疗。化学疗法是目前流行的使用化学药物和化学物质治疗疾病的方法之一。许多用于化疗的化学药物,会影响癌细胞的细胞分裂,特别是那些细胞分裂非常快的癌症。在本文中,我们使用紫杉醇或紫杉醇进行模拟。这导致微管聚合的诱导。紫杉醇用于治疗由艾滋病引起的乳腺癌、卵巢癌、肺癌和卡波西肉瘤。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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