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Big data analytics of genomic and clinical data for Diagnosis and Prognosis of Cancer

机译:基因组和临床数据的大数据分析,用于癌症的诊断和预后

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Sooner the Cancer is diagnosed, better the chances of overall survival. Diagnosis and Prognosis are the two major challenging aspects which are to be addressed in treating cancer. Early diagnosis helps treating cancer before they become metastatic; in addition, prognosis will reveal the survival pattern for different attributes i.e., for specific drug, before and after the treatment. Better the diagnosis and prognosis, better the treatment outcome for Cancer. The very high-throughput technologies like NGS generatesexome data of a single cancer patient that ranges from 10 Giga bytes to 15 Giga bytes. This large amount of Omics data can only be analyzed and interpreted using data-sciences techniques and big-data computational models. Here we present a clinical expert system for predicting the outcome of cancer patients from big-data genomics using the inference engine which makes decision from our in-house knowledge base.
机译:癌症被诊断出越早,总体生存的机会就越好。诊断和预后是治疗癌症的两个主要挑战。早期诊断有助于在癌症转移之前对其进行治疗;此外,预后将揭示治疗前后的不同属性(即特定药物)的生存模式。更好的诊断和预后,更好的癌症治疗结果。 NGS之类的高吞吐量技术可生成单个癌症患者的外显子组数据,其范围从10 Giga字节到15 Giga字节。只能使用数据科学技术和大数据计算模型来分析和解释大量的Omics数据。在这里,我们介绍一个临床专家系统,该系统使用推理机从大数据基因组学预测癌症患者的结果,推理机由我们内部的知识库做出决策。

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