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American Association for Cancer Research 2019 Proceedings: Abstracts 2749-5314 - Part B
Multisource heterogenous omics data can provide unprecedented perspectives and insights into cancer studies, but also pose great analytical problems for researchers due to the vast amount of data produced. This Research Topic aims to provide a forum for sharing ideas, tools and results among researchers from various computational cancer biology fields such as genetic/epigenetic and genome-wide studies.
This issue of Hematology/Oncology Clinics of North America, guest edited by Dr. Joaquin Bellmunt, is devoted to Bladder Cancer. Articles in this issue include: Diagnosis and Staging of Bladder Cancer; Epidemiology of Bladder Cancer; Molecular Biology of Bladder Cancer; Pharmacogenomics in Bladder Cancer; Management of Non-muscle Invasive Bladder Cancer; Non-urothelial Bladder Cancer and Rare Variant Histologies; Management of UUT; New Trends in Surgical Management of Bladder Cancer; Bladder Preservation Strategies; Perioperative Therapy of Bladder Cancer (Neoadjuvant and Adjuvant); First Line Treatment and Prognostic Factors of Metastatic Disease: Platinum Eligible Patients; First Line Treatment of Metastatic Disease: Platinum Ineligible Patients; Salvage Therapy in Metastatic Disease; and Future Directions and Targeted Therapies in Bladder Cancer.
This handbook details advances in pancreatic cancer research that have a profound and lasting impact on the field. It features the work of authors who are the very best in their respective fields and will have widespread appeal among clinicians, pathologists and basic scientists who are now struggling to understand this complex and rapidly expanding field.
This book describes and illustrates the latest genomic and molecular techniques that are rapidly transforming the practice of clinical neuro-oncology and the direction of scientific investigation in modern brain tumor research. Each of the chapters provides a review of a specific subfield of contemporary molecular neuro-oncology, including recently implemented diagnostic and research applications. Among the important technical areas covered are the analysis of genomic instability, approaches to tumor invasion and angiogenesis, animal models, gene expression profiling, tissue microarray technology, mRNA splicing, functional genomics and genomics informatics. This book focuses on the latest genomics, molecular, and informatic approaches to neuro-oncology.
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Cancer, a global health crisis, is projected by WHO to cause 10 million deaths by 2020, with a mortality rate of one in six. This has spurred intensive research for innovative treatments. Cancer arises from genetic abnormalities triggering uncontrolled cell division, presenting distinct hallmarks. Both inherited and acquired mutations transform cell behavior, resulting in abnormal growth, reproduction, and death. Environmental toxins and spontaneous mutations contribute to genetic changes, while hereditary factors predispose some individuals. Despite rapid advancements in targeted treatments and immunotherapy, therapy resistance remains a formidable challenge due to the disease's heterogeneity. Understanding cancer biology is crucial for developing effective treatments. This book provides a comprehensive overview, covering basic cell biology, genetics, cancer development mechanisms, immune system involvement, diagnostic methods, treatment modalities, including emerging therapies, and challenges like drug resistance. Geared towards students and researchers in biology, medicine, and oncology, it offers vital insights into combating this complex disease.