首页> 外文期刊>British Journal of Applied Science and Technology >Electrostatic Attraction: Inhibitory-mechanism of The Medicinal Synthetic Aluminum-magnesium silicate against Electrically Charged Disease-agents (Human immune deficiency virus/Cancer-cells/Other viruses/Infected cells) and the Medicine`s Adjuvant Effects –Review
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Electrostatic Attraction: Inhibitory-mechanism of The Medicinal Synthetic Aluminum-magnesium silicate against Electrically Charged Disease-agents (Human immune deficiency virus/Cancer-cells/Other viruses/Infected cells) and the Medicine`s Adjuvant Effects –Review

机译:静电吸引:药用合成硅酸铝镁对带电疾病因子(人类免疫缺陷病毒/癌细胞/其他病毒/感染细胞)的抑制机制以及药物的佐剂作用-综述

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Aim: To review mechanisms of actions of The medicinal synthetic Aluminum-magnesium silicate (MSAMS) as, antiviral, antiretroviral and anticancer medicine and as adjuvant.Materials and Methods: Literature-review for information on Aluminum-magnesium silicate (AMS) as a pharmaceutical binder/stabilizing agent and results of experiments on effects of electrostatic attraction, between AMS-Nanoparticles and opposite electrical charges, on disease-agents.Findings: AMS is traditionally a pharmaceutical binder for drug-formulations. It binds medicines because its molecular Nanoparticles have negatively charged surfaces and positively charged edges. Viruses and abnormal cells (cancer and infected) are also electrically charged. So, AMS bonds to the disease-agents by opposite-charges` electrostatic attractions.? For that reason, it has antiviral and anticancer effects. As a silicate, it stimulates immunity.? It is also a stabilizing agent. Stabilizing medicines prolongs bioavailability. Again, Nanoparticles deliver drugs to targets.? Prolonging bioavailability and improving delivery enhance efficacy of antimicrobials. Enhancing efficacy leads to enough clearance of infections so that immunity completes their termination to prevent development of drug-resistance. Enhancing efficacy of antimicrobials also reduces their doses, needed to achieve desired effects, thus reducing side effects of drugs, to further enhance patients` immune responses. Synergy between enhanced efficacy of medicines and enhanced patients` immunity, leads to clearance of resistant secondary infections and termination of viral infections. By reducing doses of drugs, concentrations of their active ingredients in formulations are reduced thus minimizing their cost. AMS is not found in every county and even in countries where it is found, it contains impurities. So it requires purifying to make it safe. However, oxides and silicates of Aluminum and Magnesium are already approved medicines being used for treatments. So, Aluminum silicate was reacted with Magnesium silicate to get MSAMS: Al4 (SiO4)3 + 3Mg2SiO4 → 2Al2 Mg3 (SiO4)3.Conclusion: MSAMS mops HIV/other viruses and cancer-cells. It normalizes immunity and improves efficacy of medicines. Synergy between these MSAMS-effects and immunity inhibits electrically charged disease-agents.
机译:目的:综述药用合成硅酸铝镁(MSAMS)作为抗病毒药,抗逆转录病毒药物和抗癌药以及佐剂的作用机理。材料与方法:文献综述以获取关于硅酸铝镁(AMS)作为药物的信息粘合剂/稳定剂以及AMS纳米颗粒和相反电荷之间的静电引力对疾病试剂影响的实验结果。发现:AMS传统上是用于药物制剂的药物粘合剂。它结合药物是因为其分子纳米粒子具有带负电的表面和带正电的边缘。病毒和异常细胞(癌症和感染细胞)也带电。因此,AMS通过相反电荷的静电引力与疾病因子结合。因此,它具有抗病毒和抗癌作用。作为硅酸盐,它可以激发免疫力。它也是稳定剂。稳定药物可延长生物利用度。再次,纳米颗粒将药物递送至靶标。延长生物利用度并改善递送效果可提高抗菌剂的功效。增强功效可充分清除感染,使免疫力终止感染,从而预防耐药性的发展。增强抗菌剂的功效还可以减少获得所需效果所需的剂量,从而减少药物的副作用,从而进一步增强患者的免疫反应。增强药效与增强患者免疫力之间的协同作用,可导致耐药性继发感染的清除和病毒感染的终止。通过减少药物剂量,可降低其活性成分在制剂中的浓度,从而将其成本降至最低。并非在每个县甚至在发现AMS的国家都发现AMS,其中包含杂质。因此,需要进行净化以使其安全。然而,铝和镁的氧化物和硅酸盐已经被批准用于治疗。因此,硅酸铝与硅酸镁反应得到MSAMS:Al4(SiO4)3 + 3Mg2SiO4→2Al2 Mg3(SiO4)3。结论:MSAMS清除了HIV /其他病毒和癌细胞。它可以使免疫力正常化并提高药物功效。这些MSAMS效应和免疫力之间的协同作用会抑制带电的疾病。

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