An Analysis of Smart Clinical Trial Investigation Methods in Research Medicine Industries

Saravanan Obuli, T.P. Udhayashankar, R. U. Mageswari, G. Saritha, J. Surendiran, R. G. Vidhya
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引用次数: 1

Abstract

Research is being done to investigate whether the corpses of patients who have died without a treatment may be kept alive until a cure is discovered. Researchers are looking at the possibility of treating, freezing, and reviving their bodies once a cure for the disease is discovered. Nitrogen is used to keep the temperature of the human and animal bodies used in this study at less than one percent. Whether or not this experiment holds up when nitrogen gas is present is unknown. Despite this, they have a positive outlook on the future. Studies have shown that the mortality rate for patients whose surgeries take place at night is higher than that of those whose procedures took place during the day. In this work, we look at a comprehensive analysis of research drug companies conducted with the use of clinical trial investigation methods. Clinical research is described as a quality improvement process with the goal of bettering care and patient outcomes by meticulous comparison to predetermined criteria and the implementation of change. There are many statistical thresholds in the proposed model: 99.56% for cross-sectional calculations, 97.52% for population calculations, 95.18% for event-controlled modelling, 97.53% for clinical trial reporting. . and 96.34% for confounding variables.
研究型医药行业智能临床试验调查方法分析
目前正在进行研究,以调查未经治疗而死亡的患者的尸体是否可以保留,直到找到治愈方法。研究人员正在研究一旦发现治疗这种疾病的方法,治疗、冷冻和复活他们身体的可能性。在这项研究中,氮气被用来保持人类和动物身体的温度低于1%。当有氮气存在时,这个实验是否成立是未知的。尽管如此,他们对未来持乐观态度。研究表明,夜间手术的病人死亡率高于白天手术的病人。在这项工作中,我们对研究制药公司进行了全面的分析,使用临床试验调查方法。临床研究被描述为一个质量改进过程,其目标是通过与预定标准的细致比较和实施变化来改善护理和患者预后。在提出的模型中有许多统计阈值:横截面计算99.56%,总体计算97.52%,事件控制模型95.18%,临床试验报告97.53%。混杂变量为96.34%。
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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