Section I: Fundamentals of Cancer genetics and genomics 1. The human genome- organisation & function 2. Introduction to cancer genetics 3. Oncogenes and tumour suppressor genes 4. Cancer epigenomics 5. Cancer and the microbiome- the Oncobiome 6. Cancer immunogenomics 7. Cancer pharmacogenomics 8. Genomic Technologies for Tumour Profiling 9. New emerging technologies- The liquid biopsy 10. Gene and genome editing 11. Bioinformatics for Cancer Genome Analysis Section II: Clinical cancer genetics and genomics 1. Classification and epidemiology of the genetic and inherited cancer- hereditary cancer family syndromes 2. Breast and ovarian cancer including endometrial cancer 3. Gastrointestinal malignancies- oesophagus, colo-rectal, heapto-biliary and pancreatic 4. Central nervous system tumours 5. Neoplasia of endocrine system (Solitary and multiple) 6. Ocular tumours- retinoblastoma 7. Hematological cancer and lympho-reticular malignancy 8. Oro-pharyngeal and lung cancers 9. Malignant melanoma and related skin neoplasia 10. Childhood tumours and paediatric malignant neoplasia disorders 11. Malformation syndromes with neoplasia Section III: Clinical cancer genomic medicine 1. Integration of cancer genomics in clinical medicine 2. Cancer genetic counselling 3. Diagnostic cancer genomic laboratory- organization & function/ cancer database 4. Targeted therapy and screening in cancer genomic / precision medicine 5. Surgical approaches in clinical cancer genetics and genomics 6. Ethical, Legal and Social Implications of cancer genomic testing 7. The future of cancer in the context of the genomics era

Presents comprehensive information on applied and translational cancer genetics and genomics Discusses evidence-based current clinical practice of cancer genomic medicine Provides readers with updated information on molecular genetics and genomics to raise awareness and improve treatment outcomes