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Світові ринки технологій моніторінгу пацієнта у 2012 році (GLOBAL MARKETS FOR PATIENT MONITORING TECHNOLOGIES IN 2012) Моніторинг пацієнта використовується в деяких установах для збору та відстеження фізіологічної інформації. Ці пристрої є або вузькоспеціалізованими, відстежують лише один параметр, або вони вимірюють, відображають та документують декілька параметрів одночасно. Останні роки були складними для компаній галузі у зв'язку з важкими макроекономічними умовами. В цій статті аналізується продукція поточних та прогнозованих ринків 2009-2017, конкурентоспроможність ринкової частки, а також світові/регіональні можливості постачальників обладнання для моніторингу пацієнта. В цю область входять США, Європа та Азіатсько-Тихоокеанський регіон і ROW (решта світу).
Patient monitoring products are used across multiple care settings to gather and track physiological information. These devices are either highly specialized, tracking just a single parameter, or they may be capable of measuring, displaying, and documenting multiple parameters at the same time. Monitored parameters include oxygen saturation of hemoglobin (pulse oximetry), exhaled or end-tidal carbon dioxide (capnography), the heart's electrical activity (electrocardiography), the electrical activity of the brain (electroencephalography), blood pressure, pulse rate, respiration rate, body temperature, as well as other specific parameters.
The past few years have been challenging for companies in the industry due to difficult macro-economic conditions, pricing constraints, reimbursement pressures, healthcare reform, and European sovereign debt concerns. Looking forward, however, several tailwinds favor growth including a rapidly aging global population, increasing procedure volumes supported by growth in chronic diseases, higher healthcare per capita spending, and the continued growth of emerging economies. This report analyzes products, current markets and forecasts from 2009-2017, competitive market shares, and global/regional opportunities for suppliers of patient monitoring equipment and devices. Specific regions of interest include the United States, Europe, and Asia Pacific & ROW (Rest of the World). Methodology LSI incorporated extensive primary and secondary research efforts to complete this analysis, which utilizes data and information from countries around the world. Specific regions of interest include the United States (U.S.), Europe, Japan, and other developed markets in addition to the emerging markets of Brazil, China, India, and Russia. LSI also included the use of proprietary databases, which analyze surgical procedure volumes as well as the performance of key companies, and clinical information balanced against company and financial sources. 1. EXECUTIVE SUMMARY 1.1 The Global Market by Region 1.2 The Global Market by Product Segment 1.2.1 Pulse OximetersExhibit 1-1: Patient Monitoring Products, Global Market Forecast by Region, 2009-2017 Exhibit 1-2: Patient Monitoring Products, Global Market Forecast by Product Segment, 2009-2017 Exhibit 1-3: Factors Influencing the U.S. Market, 2009-2017 Exhibit 1-4: U.S. Market Forecast by Product Segment, 2009-2017 Exhibit 1-5: Factors Influencing the European Market, 2009-2017 Exhibit 1-6: European Market Forecast by Product Segment, 2009-2017 Exhibit 1-7: Factors Influencing the Market in AP & ROW Countries, 2009-2017 Exhibit 1-8: AP & ROW Market Forecast by Product Segment, 2009-2017 2. OVERVIEW 2.1 Patient Monitoring Product Segments 2.2 Factors Affecting the Patient Monitoring Market 2.3 Trends in the Patient Monitoring Market Exhibit 2-1: Relevant Procedure Volumes by Region from 2009-2017 Exhibit 2-2: U.S. Population 65+ from 2000-2050 Exhibit 2-3: World Population 65+ from 2000-2050 Exhibit 2-4: Healthcare Expenditures per Capita in OECD Countries, 2000-2008 Exhibit 2-5: Healthcare Expenditure as Share of GDP in Select OECD Countries, 2000-2008 3. PULSE OXIMETERS 3.1 Technology 3.2 Benefits and Advantages 3.3 Limitations of Conventional Pulse Oximetry 3.4 Customers and Applications 3.5 Products 3.5.1 Hardware3.6 Global Patient Forecast and Market Analysis 3.6.1 Global Patient Forecast3.7 Regional Analysis 3.7.1 United StatesExhibit 3-1: Benefits and Advantages of Pulse Oximetry Exhibit 3-2: Limitations of Conventional Pulse Oximetry Exhibit 3-3: Uses For Pulse Oximetry Exhibit 3-4: Single/Dual Parameter Pulse Oximeters, Bedside Models Exhibit 3-5: Single/Dual Parameter Pulse Oximeters, Handheld Models Exhibit 3-6: Single/Dual Parameter Pulse Oximeters, Finger Models Exhibit 3-7: Multiparameter Pulse Oximeters, Bedside Models Exhibit 3-8: Multiparameter Pulse Oximeters, Handheld Models Exhibit 3-9: OEM Solutions/Circuit Boards Exhibit 3-10: Remote Monitoring Solutions Exhibit 3-11: Pulse Oximetry Sensors Exhibit 3-12: Pulse Oximetry Software Products - Masimo Corporation Exhibit 3-13: Software for Data Management, Analysis, and Reporting Exhibit 3-14: Global Patient Volumes from 2009-2017 Exhibit 3-15: Global Market Forecast from 2009-2017 Exhibit 3-16: Global Market Forecast by Type: Monitors, Modules, Sensors, Accessories, and Services, 2009-2017 Exhibit 3-17: Global Supplier Market Shares in 2010 and 2011 Exhibit 3 18: U.S. Patient Volumes from 2009-2017 Exhibit 3-19: U.S. Market Forecast from 2009-2017 Exhibit 3-20: U.S. Market Forecast by Type: Monitors, Modules, Sensors, Accessories, and Services, 2009-2017 Exhibit 3-21: U.S. Market Forecast for Capital Equipment by Type: Bedside and Portable Monitors, Fingertip, Central Stations, & OEM Boards, from 2009-2017 Exhibit 3-22: U.S. Market Forecast for Sensors by Application from 2009-2017 Exhibit 3-23: U.S. Supplier Shares in 2010 and 2011 Exhibit 3 24: European Patient Volumes from 2009-2017 Exhibit 3-25: European Market Forecast from 2009-2017 Exhibit 3-26: European Market Forecast by Type: Monitors, Modules, Sensors, Accessories, and Services, 2009-2017 Exhibit 3-27: European Market Forecast for Capital Equipment by Type: Bedside and Portable Monitors, Fingertip, Central Stations, & OEM Boards, from 2009-2017 Exhibit 3-28: European Market Forecast for Sensors by Application from 2009-2017 Exhibit 3 29: Patient Volumes in AP & ROW Countries from 2009-2017 Exhibit 3-30: AP & ROW Market Forecast from 2009-2017 Exhibit 3-31: AP & ROW Market Forecast by Type: Monitors, Modules, Sensors, Accessories, and Services, 2009-2017 Exhibit 3-32: AP & ROW Market Forecast for Capital Equipment by Type: Bedside and Portable Monitors, Fingertip, Central Stations, & OEM Boards, from 2009-2017 Exhibit 3-33: AP & ROW Market Forecast for Sensors by Application from 2009-2017 Exhibit 3-34: OUS Supplier Shares in 2010 and 2011 4. CAPNOMETERS 4.1 Technology Types 4.2 Benefits and Advantages 4.3 Limitations 4.4 Microstream Capnography 4.5 Customers and Applications 4.6 Products 4.6.1 Hardware4.7 Global Patient Forecast and Market Analysis 4.7.1 Global Patient Forecast4.8 Regional Analysis 4.8.1 United StatesExhibit 4-1: Comparison of Key Features between Mainstream and Sidestream Capnometers Exhibit 4-2: Advantages and Disadvantages of Mainstream and Sidestream Capnography Devices Exhibit 4-3: Methods of Measuring Carbon Dioxide in Respiratory Gases Exhibit 4-4: Clinical Uses of Capnography Exhibit 4-5: Care-Specific Applications of Capnography Exhibit 4-6: Mainstream Capnometers, Bedside Models Exhibit 4-7: Mainstream Capnometers, Handheld/Portable Models Exhibit 4-8: Sidestream Capnometers, Bedside Models Exhibit 4-9: Sidestream Capnometers, Handheld/Portable Models Exhibit 4-10: Capnography Modules and Sensors Exhibit 4-11: Circuit Boards and OEM Modules Exhibit 4-12: Capnography Accessories Exhibit 4-13: Capnography Software Products Exhibit 4-14: Global Patient Volumes from 2009-2017 Exhibit 4-15: Global Market Forecast from 2009-2017 Exhibit 4-16: Global Market Forecast by Type: Devices & Sensors from 2009-2017 Exhibit 4-17: Global Supplier Market Shares in 2010 and 2011 Exhibit 4-18: U.S. Patient Volumes from 2009-2017 Exhibit 4-19: U.S. Market Forecast from 2009-2017 Exhibit 4-20: U.S. Market Forecast by Type: Devices & Sensors from 2009-2017 Exhibit 4-21: U.S. Market Forecast for Devices: Bedside & Handheld/Portable, from 2009-2017 Exhibit 4-22: U.S. Market Forecast for Sensors by Patient Type: Adult & Pediatric, from 2009-2017 Exhibit 4-23: U.S. Supplier Shares in 2010 and 2011 Exhibit 4-24: European Patient Volumes from 2009-2017 Exhibit 4-25: European Market Forecast from 2009-2017 Exhibit 4-26: European Market Forecast by Type: Devices & Sensors from 2009-2017 Exhibit 4-27: European Market Forecast for Devices: Bedside & Handheld/Portable, from 2009-2017 Exhibit 4-28: European Market Forecast for Sensors by Patient Type: Adult & Pediatric, from 2009-2017 Exhibit 4-29: AP & ROW Patient Volumes from 2009-2017 Exhibit 4-30: AP & ROW Market Forecast from 2009-2017 Exhibit 4-31: AP & ROW Market Forecast by Type: Devices & Sensors from 2009-2017 Exhibit 4-32: AP & ROW Market Forecast for Devices: Bedside & Handheld/Portable, from 2009-2017 Exhibit 4-33: AP & ROW Market Forecast for Sensors by Patient Type: Adult & Pediatric, from 2009-2017 Exhibit 4-34: OUS Supplier Shares in 2010 and 2011 5. NON-INVASIVE BLOOD PRESSURE MONITORS 5.1 Technology 5.1.1 Invasive Blood Pressure Monitoring5.2 Customers and Applications 5.3 Products 5.3.1 Hardware5.4 Global Patient Forecast and Market Analysis 5.4.1 Global Patient Forecast5.5 Regional Analysis 5.5.1 United StatesExhibit 5-1: Advantages and Disadvantages of Invasive BP Monitoring Exhibit 5-2: Advantages and Disadvantages of Non-Invasive BP Monitoring Exhibit 5-3: Limitations of NIBP Monitoring Methods Exhibit 5-4: Selected NIBP Monitors, Bedside/Portable - Intermittent Exhibit 5-5: Selected NIBP Monitors, Bedside/Portable - Continuous Exhibit 5-6: Selected NIBP Monitors, Ambulatory - Intermittent Exhibit 5-7: Selected NIBP Monitors, Ambulatory - Continuous Exhibit 5-8: Selected NIBP Monitors, Handheld Exhibit 5-9: Selected OEM Solutions Exhibit 5-10: Selected NIBP Monitoring Accessories Exhibit 5-11: Global Patient Volumes from 2009-2017 Exhibit 5-12: Global Market Forecast from 2009-2017 Exhibit 5-13: Global Market Forecast by Type: Devices, Accessories, & Services from 2009-2017 Exhibit 5-14: Global Supplier Market Shares in 2010 and 2011 Exhibit 5-19: U.S. Patient Volumes from 2009-2017 Exhibit 5-20: U.S. Market Forecast from 2009-2017 Exhibit 5-21: U.S. Market Forecast by Type: Devices, Accessories, & Services from 2009-2017 Exhibit 5-22: U.S. Market Forecast for Devices by Type: Bedside/Portable, Ambulatory, Handheld, & OEM, from 2009-2017 Exhibit 5-23: U.S. Supplier Shares in 2010 and 2011 Exhibit 5-24: European Patient Volumes from 2009-2017 Exhibit 5-25: European Market Forecast from 2009-2017 Exhibit 5-26: European Market Forecast by Type: Devices, Accessories, & Services from 2009-2017 Exhibit 5-27: European Market Forecast for Devices by Type: Bedside/Portable, Ambulatory, Handheld, & OEM, from 2009-2017 Exhibit 5-28: AP & ROW Patient Volumes from 2009-2017 Exhibit 5-29: AP & ROW Market Forecast from 2009-2017 Exhibit 5-30: AP & ROW Market Forecast by Type: Devices, Accessories, & Services from 2009-2017 Exhibit 5-31: AP & ROW Market Forecast for Devices by Type: Bedside/Portable, Ambulatory, Handheld, & OEM, from 2009-2017 Exhibit 5-32: OUS Supplier Shares in 2010 and 2011 6. ELECTROCARDIOGRAPHY MONITORS 6.1 Technology 6.2 Benefits and Advantages 6.3 Limitations 6.4 Customers and Applications 6.5 Products 6.5.1 Hardware6.6 Global Patient Forecast and Market Analysis 6.6.1 Global Patient Forecast6.7 Regional Analysis 6.7.1 United States Exhibit 6-1: Electrode Placement in 12-Lead ECG Monitor6.7.2.1 European Patient Forecast6.7.3 Asia-Pacific and the Rest-of-the-World Exhibit 6-2: Standard 12-Lead Configuration Exhibit 6-3: Alternative Lead Configurations Exhibit 6-4: Components of an Electrocardiogram Exhibit 6-5: Recommendations for Best Practices in Hospital ECG Monitoring, Class I Exhibit 6-6: Recommendations for Best Practices in Hospital ECG Monitoring, Class II Exhibit 6-7: Resting ECG Monitors, Bedside Models Exhibit 6-8: Resting ECG Monitors, Handheld/Portable Models Exhibit 6-9: Stress/Exercise Testing ECG Monitors and Systems Exhibit 6-10: Ambulatory ECG Monitors and Systems Exhibit 6-11: PC-Based ECG Diagnostic Solutions Exhibit 6-12: Wireless ECG Monitors and Solutions Exhibit 6-13: OEM Modules for ECG Monitors Exhibit 6-14: Accessories and Peripherals for ECG Monitors Exhibit 6-15: ECG Software Programs Exhibit 6-16: Global Patient Volumes from 2009-2017 Exhibit 6-17: Global Market Forecast from 2009-2017 Exhibit 6-18: Global Market Forecast by Type: Monitors, Supplies & Accessories, & Services from 2009-2017 Exhibit 6-19: Global Supplier Market Shares in 2010 and 2011 Exhibit 6-20: U.S. Patient Volumes from 2009-2017 Exhibit 6-21: U.S. Market Forecast from 2009-2017 Exhibit 6-22: U.S. Market Forecast by Type: Monitors, Supplies & Accessories, & Services from 2009-2017 Exhibit 6-23: U.S. Market Forecast for Monitors by Type: Bedside, Handheld/Portable, Exercise/Ambulatory, and OEM from 2009-2017 Exhibit 6-24: U.S. Supplier Shares in 2010 and 2011 Exhibit 6-25: European Patient Volumes from 2009-2017 Exhibit 6-26: European Market Forecast from 2009-2017 Exhibit 6-27: European Market Forecast by Type: Monitors, Supplies & Accessories, & Services from 2009-2017 Exhibit 6-28: European Market Forecast for Monitors by Type: Bedside, Handheld/Portable, Exercise/Ambulatory, and OEM from 2009-2017 Exhibit 6-29: AP & ROW Patient Volumes from 2009-2017 Exhibit 6-30: AP & ROW Market Forecast from 2009-2017 Exhibit 6-31: AP & ROW Market Forecast by Type: Monitors, Supplies & Accessories, & Services from 2009-2017 Exhibit 6-32: AP & ROW Market Forecast for Monitors by Type: Bedside, Handheld/Portable, Exercise/Ambulatory, and OEM from 2009-2017 Exhibit 6-33: OUS Supplier Shares in 2010 and 2011 7. ELECTROENCEPHALOGRAPHY MONITORS 7.1 Mechanism of Action 7.2 Technology 7.3 Benefits and Advantages 7.4 Limitations 7.5 Customers and Applications 7.6 Products 7.6.1 Hardware7.7 Global Patient Forecast and Market Analysis 7.7.1 Global Patient Forecast7.8 Regional Analysis 7.8.1 United StatesExhibit 7-1: Summary of Various EEG Montages Exhibit 7-2: Frequency Bands of EEG Activity Exhibit 7-3: International Classification of Seizures Exhibit 7-4: Bedside EEG Systems Exhibit 7-5: Ambulatory EEG Systems Exhibit 7-6: Ambulatory EEG Systems - Wireless Exhibit 7-7: EEG Amplifiers and Modules Exhibit 7-8: EEG Accessories Exhibit 7-9: EEG Software Exhibit 7-10: Global Patient Volumes from 2009-2017 Exhibit 7-11: Global Market Forecast from 2009-2017 Exhibit 7-12: Global Market Forecast by Type: Systems, Accessories, and Services from 2009-2017 Exhibit 7-13: Global Supplier Market Shares in 2010 and 2011 Exhibit 7-14: U.S. Patient Volumes from 2009-2017 Exhibit 7-15: U.S. Market Forecast from 2009-2017 Exhibit 7-16: U.S. Market Forecast by Type: Systems, Accessories, and Services from 2009-2017 Exhibit 7-17: U.S. Market Forecast for Systems by Type: Bedside, Ambulatory, and Amplifiers/Modules from 2009-2017 Exhibit 7-18: U.S. Supplier Shares in 2010 and 2011 Exhibit 7-19: European Patient Volumes from 2009-2017 Exhibit 7-20: European Market Forecast from 2009-2017 Exhibit 7-21: European Market Forecast by Type: Systems, Accessories, and Services from 2009-2017 Exhibit 7-22: European Market Forecast for Systems by Type: Bedside, Ambulatory, and Amplifiers/Modules from 2009-2017 Exhibit 7-23: AP & ROW Patient Volumes from 2009-2017 Exhibit 7-24: AP & ROW Market Forecast from 2009-2017 Exhibit 7-25: AP & ROW Market Forecast by Type: Systems, Accessories, and Services from 2009-2017 Exhibit 7-26: AP & ROW Market Forecast for Systems by Type: Bedside, Ambulatory, and Amplifiers/Modules from 2009-2017 Exhibit 7-27: OUS Supplier Shares in 2010 and 2011 8. MULTIPARAMETER PATIENT MONITORS 8.1 Technology 8.2 Benefits and Advantages 8.3 Limitations 8.4 Customers and Applications 8.5 Products 8.5.1 Hardware8.6 Global Patient Forecast and Market Analysis 8.6.1 Global Patient Forecast8.7 Regional Analysis 8.7.1 United States 8.7.2 EuropeExhibit 8-1: Multiparameter Patient Monitors, Portable/Transport - Stand-Alone Exhibit 8-2: Multiparameter Patient Monitors, Portable/Transport - Networkable Exhibit 8-3: Multiparameter Patient Monitors, Bedside - Stand-Alone Exhibit 8-4: Multiparameter Patient Monitors, Bedside - Networkable Exhibit 8-5: Central Patient Monitoring Stations - Wired and/or Wireless Exhibit 8-6: Wireless Networking Platforms/Technologies Exhibit 8-7: Multiparameter Patient Monitors - Telemetry Systems Exhibit 8-8: Multiparameter Patient Monitor Accessories Exhibit 8-9: Patient Monitoring Software Exhibit 8-10: Global Patient Volumes from 2009-2017 Exhibit 8-11: Global Market Forecast from 2009-2017 Exhibit 8-12: Global Market Forecast by Type: Capital Equipment, Supplies & Accessories, and Services from 2009-2017 Exhibit 8-13: Global Supplier Market Shares in 2010 and 2011 Exhibit 8-14: U.S. Patient Volumes from 2009-2017 Exhibit 8-15: U.S. Market Forecast from 2009-2017 Exhibit 8-16: U.S. Market Forecast by Type: Systems, Supplies & Accessories, and Services from 2009-2017 Exhibit 8-17: U.S. Market Forecast for Systems by Type: Bedside, Telemetry, and Central Monitors from 2009-2017 Exhibit 8-18: U.S. Market Forecast for Sensors by Application: Adult & Pediatric, from 2009-2017 Exhibit 8-19: U.S. Supplier Shares in 2010 and 2011 Exhibit 8-20: European Patient Volumes from 2009-2017 Exhibit 8-21: European Market Forecast from 2009-2017 Exhibit 8-22: European Market Forecast by Type: Systems, Supplies & Accessories, and Services from 2009-2017 Exhibit 8-23: European Market Forecast for Systems by Type: Bedside, Telemetry, and Central Monitors from 2009-2017 Exhibit 8-24: European Market Forecast for Sensors by Application: Adult & Pediatric, from 2009-2017 Exhibit 8-25: AP & ROW Patient Volumes from 2009-2017 Exhibit 8-26: AP & ROW Market Forecast from 2009-2017 Exhibit 8-27: AP & ROW Market Forecast by Type: Systems, Supplies & Accessories, and Services from 2009-2017 Exhibit 8-28: AP & ROW Market Forecast for Systems by Type: Bedside, Telemetry, and Central Monitors from 2009-2017 Exhibit 8-29: AP & ROW Market Forecast for Sensors by Application: Adult & Pediatric, from 2009-2017 Exhibit 8-30: OUS Supplier Shares in 2010 and 2011 9. COMPANY PROFILES 9.1 Cardiac Science 9.2 CareFusion 9.3 CN Systems Medizintechnik AG 9.4 Covidien 9.5 Criticare Systems 9.6 Drager Medical 9.7 Finapres Medical Systems 9.8 GE Healthcare 9.9 Masimo Corporation 9.10 Mindray 9.11 Mortara 9.12 Nihon Kohden 9.13 Nonin Medical 9.14 Omron Healthcare 9.15 Oridion 9.16 PHASEIN 9.17 Philips Healthcare 9.18 Smiths Medical 9.19 Spacelabs Healthcare 9.20 Welch Allyn A&D Medical Acare Technology Company Accumed Healthcare Andon Health APK Technology Company Atlantean Beijing Choice Electronic Technology Company Beijing Rongrui - Century Science and Technology Company Bioland Technology Biomedical Instruments Biomedical Systems Bionet Blackrock Neuromed BMEYE NA CAS Medical Systems Calhealth Card Guard Cardiac Science CareFusion Charmcare Company Ltd. Choice Medical Citizen Systems CN Systems Medizintechnik AG Compumedics Contec Medical Systems Corscience Covidien Criticare Systems Curvus Dixtal Medical Inc. Drager Medical DRE Medical Edan Instruments Finapres Medical Systems Fora Care GE Healthcare General Meditech Guangdong Biolight Meditech Hosman International HydroDot Infinium Medical Ivy Biomedical Systems LifeSync Masimo Corporation MedLab Mediana Microlife Mind Media Mindray Mortara Nasiff Associates Natus Medical Nex Technologies Nihon Kohden Nihon Seimitsu Nonin Medical NR Sign Omron Healthcare Oridion Oxypulse PHASEIN Philips Healthcare PROFOX Quanta Computer Ronseda Santa Medical Schiller Medical Smiths Medical Solaris Medical Spacelabs Healthcare SunTech Medical Taidoc Technology TensioMed TreyMed Venni Instruments Viamed Welch Allyn Zoe Medical Publisher: LSI Перекладач: translate.google.com |
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