Genomic Applications in Pathology (Springer New York, 2015)
Current Massively Parallel Sequencing Technologies: Platforms and Reporting Considerations – Emerging Next Generation Sequencing Technologies – Transcriptome Sequencing (RNA-Seq) – miRNA Expression Assays – Circulating Tumor Cells: Enrichment and Genomic Applications – Circulating Cell-free DNA for Molecular Diagnostics and Therapeutic Monitoring – Genomic Pathology: Training for New Technology – Implementation of Genomic Sequencing Assays – Regulatory and Reimbursement Issues in Genomic Testing – Patents and Proprietary Assays – Ethical Issues in Clinical Genetics and Genomics – Transitioning Discoveries from Cancer Genomics Research Laboratories into Pathology Practice – Bioinformatics Tools in Clinical Genomics – Next Generation Sequencing for Single Gene Analysis – Next Generation Sequencing for Gene Panels – Implementation of Exome Sequencing Assays – Implementation of Genome Sequencing Assays – Clinical Information Systems in the Era of Personalized Medicine – Reporting Clinical Genomic Assay Results and the Role of the Pathologist – Genomic Applications in Hematologic Oncology – Genomic Applications in Brain Tumors – Genomic Applications in Head and Neck Cancers – Genomic Applications in Breast Carcinoma – Genomic Applications in Pulmonary Malignancies – Genomic Applications in Colorectal and Pancreatic Tumors – Molecular Pathology of Genitourinary Cancers: Translating the Cancer Genome to the Clinic – Genomic Applications in Gynecologic Malignancies – Genomic Applications in Epithelial Ovarian Malignancies – Genomic Applications in Soft Tissue Sarcomas – Genomic Applications in Inherited Genetic Disorders – Genomic Applications in Pharmacogenomics – Sequencing Cell Free DNA in the Maternal Circulation to Screen for Down Syndrome and Other Common Aneuploidies – Genomic Applications in the Clinical Management of Infectious Diseases.