Pharmaco Response Signatures and Disease Mechanism

药物反应特征和疾病机制

• 批准号: 8545951
• 负责人: Timothy J Mitchison
• 金额: $ 22.5万
• 依托单位: HARVARD MEDICAL SCHOOL
• 依托单位国家: 美国
• 财政年份: 2010
• 资助国家: 美国
• 起止时间: 2010-09-27 至 2014-07-31
• 项目状态: 已结题
• 来源: https://reporter.nih.gov/project-details/8545951
• 关键词: Algorithms; Apoptosis; Area; Behavior; Biochemical; Biochemistry; Biological; Biological Assay; Cell Cycle; Cell Line; Cell Survival; Cell physiology; Cells; Chemistry; Clinical; Collection; Communities; Complex; Data; Data Analyses; Data Collection; Data Provenance; Data Quality; Data Set; Disease; Dose; Drug resistance; Epithelial; Experimental Designs; Extensible Markup Language; Flow Cytometry; Genome; Genomics; Genotype; Goals; Growth Factor; Human; Image Cytometry; Immunoassay; Informatics; Institution; Investigational Drugs; Kinetics; Knowledge; Libraries; Life; Ligands; Link; Logic; Malignant Neoplasms; Maps; Measures; Mesenchymal; Methodology; Methods; Modeling; Molecular Profiling; Normal Cell; Output; Pathway interactions; Patients; Pharmaceutical Chemistry; Pharmaceutical Preparations; Phase; Phenotype; Phosphotransferases; Physiology; Process; Production; Proteins; Reporting; Resistance; Resolution; Running; Sampling; Series; Signal Pathway; Signal Transduction; Signaling Protein; Software Tools; Specificity; Stem cells; Structure; System; Techniques; Therapeutic; Time; Tumor Cell Line; base; cancer cell; cellular imaging; computer based Semantic Analysis; cytokine; drug mechanism; flexibility; heuristics; information processing; inhibitor/antagonist; insight; interest; kinase inhibitor; large scale production; large-scale database; malignant breast neoplasm; mathematical model; medical schools; meetings; movie; neoplastic cell; novel; open source; programs; public health relevance; response; senescence; small molecule; small molecule libraries; tool

DESCRIPTION (provided by applicant): This proposal will create a center for Large Scale Production of Perturbagen-lnduced Cellular Signatures at Harvard Medical School and collaborating institutions, with a focus on perturbations provoked by small molecule drugs and cellular signatures measured using diverse biochemical and single-cell assays. The result will be a large, self-consistent and diverse set of network-centric Pharmacological Response Signatures that provide unique insight into disease processes, drug mechanism/selectivity and ultimately patient-specific responses to therapy. The initial focus of the Center will be small molecule kinase inhibitors, versatile perturbagens with high translational potential. We will use known inhibitors and also expand dramatically the publicly documented collection of inhibitors through new medicinal chemistry and use of kinome-wide selectivity assays. The responses of a large collection of human tumor cells and some primary cells to kinase inhibitors, will be assayed using multiplex biochemical assays (for 20-100 proteins) involving bead-based sandwich immunoassays and reverse-phase lysate microarrays, and single-cell assays (using imaging and flow cytometry) for cell cycle state, commitment to senescence or apoptosis, mesenchymal vs. epithelial phenotype and markers of primitive (stem-cell) status. Data will be collected, integrated and distributed using a series of novel, interoperable software tools that manipulate semantically-typed data arrays based on a new XML/HDF5 format. A multi-faceted informatics program will link these phenotypic and biochemical measures of cellular response to a rich and growing set of genomic data being collected by others. These goals will be met through pursuit of six linked specific aims. Aim 1 will focus on existing - largely clinical grade - kinase inhibitors and a set of 45 cell lines that are known to display diverse drug responses and for which extensive genomic data are available. Aim 2 will enlarge the set of perturbagens by developing a large library of kinase inhibitors using new and existing chemistry and profiling biochemical specificity across the kinome. Aim 3 will combine existing and novel compounds in a dose-response analysis across a set of >1000 tumor cell lines to identify representative cell lines and outliers which, in Aim 4, will subjected to detailed analysis at a single-cell level. Aims 5-6 will develop and deploy the information processing systems needed to collect, systematize and distribute diverse data types. This will involve a novel set of interoperable software tools that incorporate emerging no-SQL and semantic web concepts. Methods for adaptive experimental design will be developed to focus data collection on those areas of the dose response landscape where signatures are most informative. The final product will be a large publicly available data set radically different from, but highly complementary to, the expression profiles and genome data that are the primary focus of current high-throughput biological studies on perturbagen-induced cellular signatures.

描述(由申请人提供)：这项提案将在哈佛医学院和合作机构建立一个大规模生产Perturgen诱导的细胞签名的中心，重点关注小分子药物引起的扰动和使用不同的生化和单细胞分析测量的细胞签名。其结果将是一套以网络为中心的大型、自我一致和多样化的药理学反应特征，为疾病过程、药物机制/选择性以及最终患者对治疗的特定反应提供独特的见解。该中心最初的重点将是小分子激酶抑制剂，即具有高翻译潜力的多功能微扰剂。我们将使用已知的抑制剂，并通过新的药物化学和动态组范围选择性分析的使用，大幅扩大公开记录的抑制剂集合。大量人类肿瘤细胞和一些原代细胞对激酶抑制剂的反应将使用多种生化分析方法(针对20-100种蛋白质)进行分析，包括基于珠粒的夹心免疫分析和反相裂解微阵列，以及针对细胞周期状态、衰老或凋亡承诺、间充质与上皮细胞表型和原始(干细胞)状态的标志物的单细胞分析(使用成像和流式细胞术)。数据将使用一系列新颖的、可互操作的软件工具来收集、集成和分发，这些工具基于新的XML/HDF5格式操作语义类型的数据数组。一个多方面的信息学计划将把这些细胞反应的表型和生化测量与其他人收集的丰富且不断增长的基因组数据集联系起来。这些目标将通过追求六个相互关联的具体目标来实现。目标1将专注于现有的-主要是临床级别的-激酶抑制剂和一组45个已知表现出不同药物反应的细胞系，并获得广泛的基因组数据。AIM 2将利用新的和现有的化学方法开发一个大型的激酶抑制剂文库，并分析整个基因组的生化特异性，从而扩大扰动因子的集合。Aim 3将结合现有的和新的化合物，对一组&gt；1000肿瘤细胞系进行剂量-反应分析，以确定具有代表性的细胞系和异常值，在Aim 4中，这些细胞系将接受单细胞水平的详细分析。AIMS 5-6将开发和部署收集、系统化和分发各种数据类型所需的信息处理系统。这将涉及一套新的可互操作的软件工具，这些工具结合了新兴的非SQL和语义网概念。将开发适应性实验设计的方法，以便将数据收集集中在签名信息最丰富的剂量反应图景中的那些领域。最终的产品将是一个庞大的公开可用的数据集，与表达谱和基因组数据截然不同，但具有很强的互补性，这些数据是目前高通量生物学研究的主要焦点，即扰动诱导的细胞签名。