Core C: Systems Biology Core

系统生物学核心C（SB核心C）服务于此P01计划，以提供高通量管道， 通过质量控制、文库制备、测序和测序的预处理获得样品 数据集。核心的主要目标是生成用于分析的基因表达数据集， 恒河猴（RM）对RHCMV/SIV疫苗的应答及IL-15对SIV疫苗保护作用的编程 临床前研究的疫苗队列。核心C将执行以下具体目标：1）执行下一个- 从项目1和2收到的全血、组织和单细胞样本的代测序分析; 2)对项目1的全血样本进行NanoString nCounter分析，以评估基线IL-15 表达和反应，并询问全血预测性保护特征，以告知研究 3）管理下一代测序数据的大数据集，以实现质量保证、分析、公共 数据库配置、发布和程序访问。核心将制备和/或测序文库 从用于空间转录组学的组织产生的文库，从用于空间转录组学的血液和组织中的单细胞产生的文库， 单细胞RNA-seq分析，以及全免疫组织，包括全血、淋巴结（LN）、脾、骨 骨髓（BM）和肠道相关淋巴组织（GALT），用于批量和单细胞RNA-seq分析，包括 CITEseq.核心将提供一致的，高质量的功能基因组学数据，这些数据将由安全的 数据管理系统核心生成的数据将经过质量控制、预处理和 在交付用于生物信息学分析之前生成标准化矩阵，以支持 科学计划。

The Systems Biology Core C (SB Core C) serves this P01 Program to provide high-throughput pipelines from sample acquisition through quality control, library preparation, sequencing, and pre-processing of sequencing data sets. The main objective of the Core is to generate gene expression data sets for analyses to define the RHCMV/SIV vaccine response and programming by IL-15 for SIV vaccine protection in rhesus macaque (RM) vaccine cohorts of pre-clinical studies. Core C will conduct the following Specific Aims: 1) Perform next- generation sequencing assays of whole blood, tissue, and single cell samples received from Projects 1 and 2; 2) Conduct NanoString nCounter analyses on whole blood samples from Project 1 to assess baseline IL-15 expression and response, and to interrogate the whole blood predictive protective signature to inform study assignments; 3) Manage big datasets of next-gen sequencing data for quality assurance, analysis, public database disposition, publication, and Program access. The Core will prepare and/or sequence libraries generated from tissues for spatial transcriptomics, libraries generated from single cells in blood and tissues for single cell RNA-seq analysis, and whole immune tissues including whole blood, lymph node (LN), spleen, bone marrow (BM) and gut-associated lymphoid tissues (GALT) for bulk and single cell RNA-seq analysis, including CITEseq. The Core will provide consistent, high-quality functional genomics data that will be housed by a secure data management system. Data generated by the Core will undergo quality control, pre-processing, and normalized matrix generation prior to being delivered for bioinformatics analyses to support all aspects of the scientific program.