Visually-driven disease variant analysis empowering real-time clinical research.
Visually-driven disease variant analysis empowering real-time clinical research.
批准号:
9344984
负责人:
Gabor T Marth
金额:
$25.64万
依托单位:
依托单位国家:
美国
项目类别:
财政年份:
2017
资助国家:
美国
项目状态:
已结题
起止时间:
2017-09-04 至 2019-02-28
关键词:
AddressAdoptedBasic ScienceBehaviorBioinformaticsBiologicalClinicClinicalClinical ResearchCloud ComputingCommunicationCommunitiesComplexCost AnalysisDNADNA sequencingDataData FilesData QualityData SetData SourcesDetectionDevelopmentDiagnosisDiagnosticDisciplineDiseaseEngineeringEnsureEnvironmentFamily RelationshipGenderGenesGeneticGenomicsImageryInformation SystemsInstitutionInternetIntuitionKnowledgeLeadLibrariesMedicalModelingOnline SystemsOutcomePathologyPatientsPhasePhenotypePhysiciansPositioning AttributeProcessQuality ControlReportingReproductionResearchResearch InfrastructureRunningSamplingSecureSmall Business Technology Transfer ResearchStructureSupport SystemTechnologyTestingTimeUpdateVariantVisualWorkbaseclinical Diagnosiscomputer sciencecomputing resourcescostdata accessdata visualizationdesigndisease diagnosisempoweredexome sequencinggenetic analysisgenetic counselorgenetic pedigreegenetic variantgenome sequencinggenomic dataimprovedlaptopmassive parallel processingneglecttask analysistime usetoolweb appweb-based tool
中文摘要
项目总结:
识别导致遗传变异的疾病是一个非常复杂的过程,需要来自多个领域的专家。
包括生物信息学、信息技术、系统、行政管理和疾病病理等,都需要密切合作。
对数据和文件进行排序也增加了对大量计算资源的更高要求。因此,提高了性能。
基因组分析技术是一项非常昂贵的技术,研究过程也非常漫长,而且只有在大型生物研究机构中才能完全采用这种技术。
--
这项新的提案旨在进一步简化这一过程,使包括遗传病顾问在内的所有医疗保健专业人员能够参与进来。
医生和他们的诊断和临床医生需要执行强大的数据分析,他们可以在自己的智能笔记本电脑上快速诊断和使用。
拟议中的产品将不再是一个非常直观的基于网络的应用程序,它建立在一个完整的云和基础设施之上,它将直接与一位云分析师联系。
通过一个预定义的、最先进的数据分析和流水线。智能数据质量控制系统将不会对所有的输入执行。
数据,以确保我们得出的所有结论都是有效的和全面的。我们的产品框架将建立在基础上。
IOBIO的平台表示,这还不是第一个申请者的团队共同开发的,目前所有可用的应用都是在这个平台上构建的。
实时执行分析,除了使用可视化工具来推动分析之外,数据和数据在世界范围内也已经很受欢迎。
事实上,社区;已经将它们整合到了大量大型公共基础设施项目中,以解决数据和可视化问题。
问题。这些IOBIO应用程序将继续扩大,并为其临床使用、治疗和治疗提供必要的新功能。
将其整合为一份独立的《生活分析报告》,其中包括整个分析报告的执行、共享、共享和更新。
托管。核心IOBIO的基础设施将继续得到改善,以用于商业应用的部署,包括对应用的支持。
在数据云上大规模建立并行数据处理中心,并在所有大型数据集中维护实时数据分析中心。
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这项提案的主要目标是开发一种在商业上具有可行性的产品,以显著降低成本。
成本评估和专家评估与临床基因组分析相关的负担。但这一评估最终将导致风险。
增加被诊断为癌症的患者的数量,并将有助于将导致他们死亡的最低限度的“诊断之旅”降至最低。
可能经常会出现这种情况。
英文摘要
Project Summary
Identifying disease causing genetic variants is a complex process that requires experts from multiple fields,
including bioinformatics, IT systems administration and disease pathology to work closely together. The size of
sequencing data files also adds the requirement for large computational resources. As a result, performing
genomic analyses is an expensive and lengthy process and is only fully adopted in large research institutions.
This proposal aims to simplify this process, enabling medical professionals, including genetic counselors,
physicians and diagnostic clinicians to perform powerful analyses, quickly and on their own laptop. The
proposed product will be an intuitive webbased “app”, built on a cloud infrastructure, that will direct an analyst
through a predefined, stateoftheart analysis pipeline. Intelligent quality control will be performed on all input
data, to ensure that the conclusions reached are valid and comprehensive. The product will be built on the
IOBIO platform that has been developed by the applicant team. Currently available apps built on this platform
perform analysis in realtime, using visualizations to drive the analysis, and are already popular in the
community; indeed they have been integrated into a number of large public projects to solve data visualization
problems. These IOBIO apps will be expanded, providing new features necessary for clinical use, and
consolidated into a single “living report” from which the entire analysis will be performed, shared, and
managed. Core IOBIO infrastructure will be improved for commercial deployment, including support for
massively parallel processing on the cloud, maintaining realtime analysis across large data sets.
The objective of this proposal is to develop a commercially viable product to significantly decrease the
cost and expertize burden associated with clinical genomic analysis. This will ultimately result in an
increase in the number of diagnosed patients and help minimize the “diagnostic odyssey” that they
can often undergo.
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会议论文
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依托单位:
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海外基金