NU-biblioteket

*00001083nam a22002653u 4500
*00169372
*00520210317100534.0
*006m|||||o||d||||||||
*007cr|cn|||||||||cr||n|||||||||
*008210317s2011||||xx           o|||||||||||eng|d
*020  $a9780857294524
*035  $a(MiAaPQ)763318
*035  $a(Au-PeEL)763318
*035  $a(CaPaEBR)10480299
*035  $a(CaONFJC)MIL450941
*035  $a(OCoLC)745005724
*035  $a(MiAaPQ)EBC763318
*040  $aAU-PeEL$beng$cAU-PeEL$dAU-PeEL
*050 4$aR1
*08200$a610.285
*100  $aSchatz, Bruce R.
*24510$aHealthcare Infrastructure$bHealth Systems for Individuals and Populations
*264 1$aLondon$bSpringer London, Limited$c2011
*264 4$c©2011
*300  $a1 online resource (297 pages)
*336  $atext$btxt$2rdacontent
*337  $acomputer$bc$2rdamedia
*338  $aonline resource$bcr$2rdacarrier
*490  $aHealth Informatics Ser.
*505 0$aIntro -- Healthcare Infrastructure -- Copyright Page -- Dedication -- Preface: Which Persons Have Which Outcomes? -- PROBLEM -- SOLUTION -- Acknowledgements -- Contents -- Part 1: The Problems of Healthcare Infrastructure -- 1: The Evolution of Healthcare Infrastructure -- 1.1 Scalable Infrastructure for Volume and Variation -- The Key Assumption About Healthcare Infrastructure -- 1.2 Physical Volume via Provider Pyramids (Transportation Infrastructure for Railroads) -- 1.3 Logical Variation via Provider Protocols (Communication Infrastructure for Telephones) -- 1.4 Transition Points of Inevitable Evolution (Banking Infrastructure from Station to Point) -- 1.5 Healthcare Infrastructure Pre-transition (Acute Care) -- 1.6 Healthcare Infrastructure Post-transition (Chronic Care) -- 2: History of Health Determinants -- 2.1 Measuring Individuals and Populations via Personal Medicine and Public Health -- 2.2 India and the Rise of Systems: Concepts and Categories -- 2.3 China and the Structure of Humours: Yin and Yang (Volume and Variation) -- 2.4 The Greeks and the Humours Defined: Hygeia Versus Panakeia -- 2.5 The Roman Systemization of Galen: Infrastructure Succeeds -- 2.6 Plague and the Collapse of Society: Infrastructure Fails -- 3: Public Health Success When Simple -- 3.1 Population Records and Disease Census -- 3.2 Simple Works Since Can Localize, e.g. Infectious Cholera and Water Pump -- 3.3 Complex Works if Global Changes do, e.g. Tuberculosis and Sanitation -- 3.4 Simple Solutions: Infectious Diseases Contained by Scientific Vaccines -- 3.5 Risk Factors Discovered by Framingham Study: Hypertension and Stroke -- 3.6 Risk Factors: Smoking Cigarettes and Lung Cancer -- 4: Public Health Failure When Complex -- 4.1 Population Statistics and MetLife -- 4.2 Causation Versus Correlation, Confusing Cause and Effect
*505  $a4.3 Infectious Agents: H1N1 and MRSA (Simple Water Pump Fails) -- 4.4 Immune Diseases: AIDS and DRTB (Simple Sanitation Fails) -- 4.5 Risk Factors: Cholesterol and Obesity (Complex Measurements) -- 5: Medicine Success When Simple -- 5.1 Disease Categories: Anatomy Localization (Static) -- 5.2 Disease Progressions: Physiology Thresholds (Dynamic) -- 5.3 Hierarchical Infrastructure for Trauma Surgery -- 5.4 Major Past Deaths from Dropsy: Kidney Diseases and Treatments -- 5.5 Major Present Deaths: Heart Diseases from AF to CHF -- 6: Medicine Failure When Complex -- 6.1 Comparative Medicine and Clinical Evidence -- 6.2 Randomized Clinical Trials and Correlation Strength -- 6.3 Medicine and Health: Pharma Drugs Vioxx and Rezulin -- 6.4 Middle Medicine-Health Bridge: Bone Marrow Transplant and Silicon Breast Implant -- 6.5 Middle Health-Medicine Bridge: Estrogen Replacement and Prostate Screening -- 6.6 Health and Medicine: Back Pain Beyond Physical to Mental and Social -- 7: Medical Records for Health Systems -- 7.1 Electronic Medical Records and Disease Classifications -- 7.2 Regional Health Networks and National Healthcare Infrastructure (ONC) -- 7.3 Interaction Discovery and Laboratory Demographics: The Limitations of EMR Mining -- 7.4 Personal Health Records from Medicine and Health Together -- 7.5 The Pyramid from Clinics to Hospitals Expanding at the Bottom -- Part 2: The Solutions of Healthcare Infrastructure -- 8: Health Determinants for Individuals and Populations -- 8.1 The Five Rings of Human Health -- 8.2 Determinants of Population Health, Rings 3-5 -- 8.3 Determinants of Individual Health, Rings 1-3 -- 8.4 Models for Major Categories of Health -- 8.5 From Measurement to Management with New Technologies -- 9: Measurement of Individual Activity (Explicit Text) -- 9.1 Measuring Quality of Life (QOL)
*505  $a9.2 Physical Measurement (Body and Mobility) -- 9.3 Mental Measurement (Memory and Behavior) -- 9.4 Psychological Measurement: From Questions to Diaries (Life) -- 9.5 Physiological Measurement: From Labtests to Monitors (Time) -- 10: Sensors for Individual Ability (Implicit Data) -- 10.1 Measurement Frequency and Status Severity (Rings and Sensors) -- 10.2 Biology Inside the Body, Sensors for Heart and Lungs Outside the Hospital (Ring 1) -- 10.3 Body Metabolism and Individual Mobility Sensors for Internal Mechanics (Ring 2) -- 10.4 Monitoring of Behavior and Stress, Nutrition and Exercise for External Balances (Ring 3) -- 10.5 Social Interactions and Smart Homes for Sensory Perception in Populations (Rings 4 and 5) -- 11: Genomes for Individual Ability (Features) -- 11.1 Personalized Medicine: Screening and Stratification for Every Individual (NIH) -- 11.2 Cellular Demographics and the Limitations of P4 Medicine -- 11.3 Cancer: Prostate Screening and Breast Cancer Incidence -- 11.4 Heart: Warfarin Tolerance and Atrial Fibrillation -- 11.5 Heart Disease: Congestive Heart Failure and Genome (GWAS) Failures -- 12: Networks for Population Function (Persons) -- 12.1 Measurement of Social Network: Interactions -- 12.2 Measurement of Life Conditions: Stresses -- 12.3 The Rise of Social Epidemiology -- 12.4 Social Networks and FaceBook Friends -- 12.5 Living Conditions and Message Groups -- 13: Mobile Monitors for Health Systems -- 13.1 Capturing Everyday Life with Internet Health Monitors -- 13.2 Monitor Devices Attached for Metabolism and Mobility (Ring 2) -- 13.3 Mobile Devices Carried for Nutrition and Exercise (Ring 3) -- 13.4 Personal Narratives for Interactions and Conditions (Ring 4) -- 13.5 The New Pyramid from Home Computers to Store Clinics via rfids -- 14: The Future of Healthcare Infrastructure
*505  $a14.1 Population Cohorts Guide Individual Management -- 14.2 Managed Expectations with IT Case Studies -- 14.3 New Public Health: Deeper Risk Surveillance, More Features -- 14.4 New Personal Medicine: Broader Clinical Trials, More Persons -- 14.5 Health Systems for Populations at Level of Individuals (IT = PH + MD) -- References -- Index
*520  $aThis book discusses current and future technologies for health measurement and management.  It offers a plan for improved quality at diminished cost and examines general aspects of infrastructure engineering as well as specific aspects of healthcare systems..
*588  $aDescription based on publisher supplied metadata and other sources.
*588  $aElectronic reproduction. Ann Arbor, Michigan : ProQuest Ebook Central, YYYY. Available via World Wide Web. Access may be limited to ProQuest Ebook Central affiliated libraries.
*650 0$aMedicine.
*655 0$aElectronic books.
*700  $aBerlin Jr., Richard B.
*77608$iPrint version:$aSchatz, Bruce R.$tHealthcare Infrastructure : Health Systems for Individuals and Populations$dLondon : Springer London, Limited,c2011$z9780857294517
*797  $aProQuest (Firm)
*830 0$aHealth Informatics Ser.
*85640$uhttps://ebookcentral.proquest.com/lib/vgregion/detail.action?docID=763318
^