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Diet, physical activity, and body weight status (including body composition) are increasingly recognized as key factors that influence cancer across its continuum. Observational studies as well as basic research in cell culture and animal models provide evidence that several mononutrients and phytochemicals play a protective role either in hindering normal cells from transforming to precancerous lesions or in slowing the dysregulated cell growth that occurs in the later stages of disease. Similar evidence exists for physical activity and body habitus. As findings from these studies emerge, interventions are designed to ultimately test the impact of various dietary and exercise regimens directly on populations at risk – whether that be in individuals who are cancer-free but who may have increased risk due to family history, or in cancer survivors who are at risk for cancer progression or the occurrence of a new second malignancy. This book includes manuscripts that focus on diet, physical activity, and/or weight status in relation to cancer prevention and control, as well as symptom management. The order of articles follows the cancer continuum. The book begins with the role of diet and exercise in the primary prevention of cancer in both normal and high-risk individuals, and then focuses on preventing neoplastic progression in those who are newly diagnosed with the disease. Later chapters center on dietary and physical activity as key factors in cancer survivorship, and finally concluding with works attributing dietary and physical activity factors on cancer survival.

Research & information: general --- Biology, life sciences --- Food & society --- chemoprevention --- colorectal cancer --- diet --- green leafy vegetables --- red meat --- 8-hydroxy-2′deoxyguanosine --- alcohol drinking --- sports --- golf --- motivation --- cancer prevention --- social hierarchy --- cancer survivors --- gardening --- vegetable --- horticultural therapy --- quality of life --- survivorship --- head and neck --- symptoms --- weight loss --- obesity --- retrospective study --- breast neoplasms --- neoplasm recurrence --- weight reduction program --- resistance training --- overweight --- adiposity --- caloric restriction --- biomarkers --- cancer --- nutritional epidemiology --- nutrition impact symptoms --- breast cancer --- weight loss maintenance --- lifestyle intervention --- HMW adiponectin --- leptin --- dietary patterns --- breast cancer survivors --- plant-based diet --- cancer survival --- recurrence --- lifestyle --- fasting --- nutrition --- exercise --- physical activity --- Internet --- dyads --- cardiovascular disease --- time-restricted eating --- time-restricted feeding --- intermittent fasting --- metabolic syndrome --- ketogenic --- adjuvant therapy --- dietary supplements --- interactions --- tamoxifen --- aromatase inhibitors --- natural medicine --- supportive care --- telehealth --- behavior change --- couples --- telehealth counseling --- eating physiology --- food intake regulation --- blood glucose --- metabolism --- weight management --- adherence --- n/a --- 8-hydroxy-2'deoxyguanosine

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This book presents a collection of papers revealing the impact of advanced computation and instrumentation on healthcare. It highlights the increasing global trend driving innovation for a new era of multifunctional technologies for personalized digital healthcare. Moreover, it highlights that contemporary research on healthcare is performed on a multidisciplinary basis comprising computational engineering, biomedicine, biomedical engineering, electronic engineering, and automation engineering, among other areas.

Medicine --- eHealth --- mHealth --- telemedicine --- telehealth --- social sciences --- bibliometrics --- telediagnostic --- project management --- funding --- IT infrastructure --- cross-border multiprofessional team --- European Union --- Interreg --- reporting --- quality control --- resident --- diagnostic error --- artificial intelligence --- healthcare AI --- deployment and scaling --- medical center --- critical factors --- stakeholders --- health information technology --- information sharing --- hospital costs --- poverty ratio --- concentration --- continuous glucose monitoring --- insulin pump --- continuous subcutaneous insulin infusion --- pediatric diabetes --- biomedical data --- medical imaging --- shared data --- massive databases --- AI-based healthcare solutions --- trueness --- 3D printing --- milling --- interim dental crown --- digital dentistry --- dental device --- data mining --- bio-signal analysis --- bio-signal repository --- execution engine --- bio-signal monitoring --- digital healthcare --- patient-centric --- blockchain --- federated learning --- coronavirus (COVID-19) --- pandemic management --- healthcare transformation --- public health strategies --- stroke detection --- portable head scanner --- low-intensity EM waves --- intrinsically safe --- low carbon footprint --- orthodontic treatment --- clear aligners --- smart application --- AI --- computerized learning --- behavior change techniques --- decision tree algorithm --- digital interventions --- mental health literacy --- audiovisual --- dentistry --- computer-controlled local anesthetic delivery --- ultrasounds --- chemomechanical caries removal --- modern technologies --- laser --- ozone --- healthcare --- emergency department --- patient flow --- simulation modeling --- agent-based modeling --- pandemic decision support --- additive manufacturing --- patient-centric dosage form --- eHealth --- mHealth --- telemedicine --- telehealth --- social sciences --- bibliometrics --- telediagnostic --- project management --- funding --- IT infrastructure --- cross-border multiprofessional team --- European Union --- Interreg --- reporting --- quality control --- resident --- diagnostic error --- artificial intelligence --- healthcare AI --- deployment and scaling --- medical center --- critical factors --- stakeholders --- health information technology --- information sharing --- hospital costs --- poverty ratio --- concentration --- continuous glucose monitoring --- insulin pump --- continuous subcutaneous insulin infusion --- pediatric diabetes --- biomedical data --- medical imaging --- shared data --- massive databases --- AI-based healthcare solutions --- trueness --- 3D printing --- milling --- interim dental crown --- digital dentistry --- dental device --- data mining --- bio-signal analysis --- bio-signal repository --- execution engine --- bio-signal monitoring --- digital healthcare --- patient-centric --- blockchain --- federated learning --- coronavirus (COVID-19) --- pandemic management --- healthcare transformation --- public health strategies --- stroke detection --- portable head scanner --- low-intensity EM waves --- intrinsically safe --- low carbon footprint --- orthodontic treatment --- clear aligners --- smart application --- AI --- computerized learning --- behavior change techniques --- decision tree algorithm --- digital interventions --- mental health literacy --- audiovisual --- dentistry --- computer-controlled local anesthetic delivery --- ultrasounds --- chemomechanical caries removal --- modern technologies --- laser --- ozone --- healthcare --- emergency department --- patient flow --- simulation modeling --- agent-based modeling --- pandemic decision support --- additive manufacturing --- patient-centric dosage form

Choose an application

• Reference Manager
• EndNote
• RefWorks (Direct export to RefWorks)

This book presents a collection of papers revealing the impact of advanced computation and instrumentation on healthcare. It highlights the increasing global trend driving innovation for a new era of multifunctional technologies for personalized digital healthcare. Moreover, it highlights that contemporary research on healthcare is performed on a multidisciplinary basis comprising computational engineering, biomedicine, biomedical engineering, electronic engineering, and automation engineering, among other areas.

eHealth --- mHealth --- telemedicine --- telehealth --- social sciences --- bibliometrics --- telediagnostic --- project management --- funding --- IT infrastructure --- cross-border multiprofessional team --- European Union --- Interreg --- reporting --- quality control --- resident --- diagnostic error --- artificial intelligence --- healthcare AI --- deployment and scaling --- medical center --- critical factors --- stakeholders --- health information technology --- information sharing --- hospital costs --- poverty ratio --- concentration --- continuous glucose monitoring --- insulin pump --- continuous subcutaneous insulin infusion --- pediatric diabetes --- biomedical data --- medical imaging --- shared data --- massive databases --- AI-based healthcare solutions --- trueness --- 3D printing --- milling --- interim dental crown --- digital dentistry --- dental device --- data mining --- bio-signal analysis --- bio-signal repository --- execution engine --- bio-signal monitoring --- digital healthcare --- patient-centric --- blockchain --- federated learning --- coronavirus (COVID-19) --- pandemic management --- healthcare transformation --- public health strategies --- stroke detection --- portable head scanner --- low-intensity EM waves --- intrinsically safe --- low carbon footprint --- orthodontic treatment --- clear aligners --- smart application --- AI --- computerized learning --- behavior change techniques --- decision tree algorithm --- digital interventions --- mental health literacy --- audiovisual --- dentistry --- computer-controlled local anesthetic delivery --- ultrasounds --- chemomechanical caries removal --- modern technologies --- laser --- ozone --- healthcare --- emergency department --- patient flow --- simulation modeling --- agent-based modeling --- pandemic decision support --- additive manufacturing --- patient-centric dosage form