关键词：基因组；前列腺癌；计算机程序；遗传学
摘 要：Our aim is to develop multiple next-gen-based genomics analysis capabilities to be able to identify cancer-related signatures that predict progression to malignancy and that identify novel therapeutic pathways and targets. To this end, we are purchasing for the Advanced Cancer Genomics Institute within our Genomics Core resource Lab multiple next-gen instruments, including associated hardware and software platforms. Following the performance of quality-assurance testing, RPCI researchers will perform whole genome sequencing/re-sequencing, exome-seq, transcriptome-seq, miRNA-seq, ChIPseq, microbiome-seq, virome-seq and copy number variation/loss of heterozygosity (CNV/LOH) analyses including the associated bioinformatics analyses. Based on the concentration of expertise at RPCI in prostate cancer pre-clinical and clinical models, most of the proposed work has been adapted to address genomic signatures of androgen receptor-driven progression to castration-recurrent prostate cancer (CR-CaP). The capabilities of this Core will foster our goal of developing practical approaches to personalized cancer medicine. The long-term aim is to develop full-operational next-gen expertise to facilitate the collaboration of RPCI researchers with other members of the National Functional Genomics Consortium.