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首页> 外文期刊>Computational Chemistry >DFT-Comparison of Anti-Cancer Effect of Ibuprofen Drug Anions and Breast Cancer Treatment by Ethanolic Solution of Nitrobenzaldehyde in Two Hours
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DFT-Comparison of Anti-Cancer Effect of Ibuprofen Drug Anions and Breast Cancer Treatment by Ethanolic Solution of Nitrobenzaldehyde in Two Hours

机译：DFT比较布洛芬药物阴离子的抗癌作用与硝基苯甲醛的乙醇溶液在两个小时内治疗乳腺癌的比较

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Focusing our DFT calculations on the carboxylic acid drugs such as ibuprofen drug (IBF), it has been concluded that the anions of these types of drugs have the spontaneous electron donor character to all the carcinogenic cells of electron deficiency in their nuclei. Due to the spontaneity of electron transfer of anions, it has been found clinically that ibuprofen drug cures cancers of colon, protostate, lung and breast. The breast cancer treatment of Matthew Gdovin group in two hours by injection of ethanolic solution of nitrobenzaldehyde in the breast tumor in presence of uv-irradiation has been studied from TD-DFT point of view; the excited states of these molecules in presence of uv-irradiation act as electron donors to the cancerous cells to compensate the electron deficiency. Finally, it has been concluded that the electron transfer is the main cause of the breast cancer treatment which is the most aggressive type of cancers and is one of the hardest to treat.
机译：将我们的DFT计算重点放在诸如布洛芬药物（IBF）之类的羧酸药物上，可以得出结论，这些类型的药物的阴离子具有自发的电子供体特征，对所有核中缺乏电子的致癌细胞都具有这种作用。由于阴离子电子转移的自发性，在临床上已发现布洛芬药物可治疗结肠癌，前列腺癌，肺癌和乳腺癌。从TD-DFT的角度研究了马修·格多文（Matthew Gdovin）组在紫外线照射下在乳房肿瘤中注射硝基苯甲醛乙醇溶液两小时内对乳腺癌的治疗方法。在紫外线照射下，这些分子的激发态充当癌细胞的电子供体，以补偿电子缺乏。最后，已经得出结论，电子转移是乳腺癌治疗的主要原因，这是最积极的癌症类型，也是最难治疗的癌症之一。

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