Neuroendocrine cancer detection,
Citate duplicat Conținutul La comanda in aproximativ 4 saptamani Edited by worldrenowned practising oncologists and written by key opinion leaders, this book contains neuroendocrine cancer detection and uptodate neuroendocrine cancer detection on cancer detection, diagnosis and treatment alongside topics such as survivorship, special populations and palliative care. Remodelled and revised for the ninth edition to provide practical information to neuroendocrine cancer head and neck workers, the UICC Manual of Clinical Oncology is structured in two parts.
Part 1 covers general principles neuroendocrine cancer head and neck cancer diagnosis and management with additional attention to special settings in oncology, including supportive care and survivorship, and Part 2 covers sitespecific multidisciplinary cancer management.
The edition includes uptodate summaries of all treatment modalities medical, surgical and radiation for all tumour neuroendocrine cancer detection.
The ninth edition includes: Practical presentation with bullet points, tables, and flow charts intended to facilitate quick reference for daytoday clinical practice in busy oncology environments, Representation of multidisciplinary care for site specific management, Evidencebased approaches to management, including specific treatment recommendations and investigations guided by clinical practice guidelines, State of art evidencebased recommendations that take into consideration the lack of availability of certain medications or resources, as well as practice variations, in different and remote regions of the world, and Contemporary topics on cancer treatment, such as cancer informatics, evidence levels, principles of prognostication, survivorship and cancer in pregnancy.
Oncologists, oncologistsintraining, nurses working with cancer patients and other health professionals responsible for treating and caring for those with cancers will find the UICC Manual of Clinical Oncology an indispensable and comprehensive resource. neuroendocrine cancer detection