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首页> 外文期刊>Perspectives in Clinical Research >Emerging role of bioinformatics tools and software in evolution of clinical research
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Emerging role of bioinformatics tools and software in evolution of clinical research

机译:生物信息学工具和软件在临床研究中的新兴作用

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Clinical research is making toiling efforts for promotion and wellbeing of the health status of the people. There is a rapid increase in number and severity of diseases like cancer, hepatitis, HIV etc, resulting in high morbidity and mortality. Clinical research involves drug discovery and development whereas clinical trials are performed to establish safety and efficacy of drugs. Drug discovery is a long process starting with the target identification, validation and lead optimization. This is followed by the preclinical trials, intensive clinical trials and eventually post marketing vigilance for drug safety. Softwares and the bioinformatics tools play a great role not only in the drug discovery but also in drug development. It involves the use of informatics in the development of new knowledge pertaining to health and disease, data management during clinical trials and to use clinical data for secondary research. In addition, new technology likes molecular docking, molecular dynamics simulation, proteomics and quantitative structure activity relationship in clinical research results in faster and easier drug discovery process. During the preclinical trials, the software is used for randomization to remove bias and to plan study design. In clinical trials software like electronic data capture, Remote data capture and electronic case report form (eCRF) is used to store the data. eClinical, Oracle clinical are software used for clinical data management and for statistical analysis of the data. After the drug is marketed the safety of a drug could be monitored by drug safety software like Oracle Argus or ARISg. Therefore, softwares are used from the very early stages of drug designing, to drug development, clinical trials and during pharmacovigilance. This review describes different aspects related to application of computers and bioinformatics in drug designing, discovery and development, formulation designing and clinical research.
机译:临床研究正在努力促进和改善人们的健康状况。诸如癌症,肝炎,HIV等疾病的数量和严重性迅速增加,导致高发病率和死亡率。临床研究涉及药物的发现和开发,而进行临床试验是为了确定药物的安全性和有效性。从目标识别,验证和线索优化开始,药物发现是一个漫长的过程。随后进行临床前试验,强化临床试验,并最终在上市后对药物安全性保持警惕。软件和生物信息学工具不仅在药物发现中而且在药物开发中都起着重要作用。它涉及在发展与健康和疾病有关的新知识,临床试验期间的数据管理以及将临床数据用于辅助研究的过程中使用信息学。此外,在临床研究结果中,诸如分子对接,分子动力学模拟,蛋白质组学和定量结构活性关系之类的新技术可以更快,更容易地发现药物。在临床前试验期间,该软件用于随机化以消除偏倚并计划研究设计。在临床试验中,如电子数据捕获,远程数据捕获和电子病例报告表(eCRF)之类的软件用于存储数据。 eClinical,Oracle Clinical是用于临床数据管理和数据统计分析的软件。药物上市后,可以通过诸如Oracle Argus或ARISg之类的药物安全软件来监视药物的安全性。因此,从药物设计的早期阶段到药物开发,临床试验以及药物警戒期间都使用软件。这篇综述描述了与计算机和生物信息学在药物设计,发现和开发,制剂设计和临床研究中的应用有关的不同方面。

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