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Electrocardiography. --- 616.12-073.97 --- ECG --- elektrocardiografie --- 608.5 --- 616.12-073.97 Electrocardiography. Electrocardiogram (ECG) --- Electrocardiography. Electrocardiogram (ECG) --- Electrocardiogram --- Electrocardiograph --- EKG --- Electrocardiograms --- Electrocardiographs --- Heart --- radiologie, nucleaire geneeskunde, röntgenologie --- Electrocardiography --- 12-Lead ECG --- 12-Lead EKG --- 12-Lead Electrocardiography --- 12 Lead ECG --- 12 Lead EKG --- 12 Lead Electrocardiography --- 12-Lead ECGs --- 12-Lead EKGs --- 12-Lead Electrocardiographies --- ECG, 12-Lead --- EKG, 12-Lead --- Electrocardiographies, 12-Lead --- Electrocardiography, 12-Lead --- 616.1 )* CARDIOLOGIE
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Rapid Interpretation of EKG's, waarvan dit boek de Nederlandse vertaling is, wordt al meer dan vijfendertig jaar internationaal op grote schaal verkocht en gebruikt in 46 talen. Dale Dubin beschrijft op heldere, systematische wijze een aantal belangrijke grondbeginselen van de elektrocardiografie. Op basis van deze beginselen wordt de snelle interpretatie van ecg's op logische wijze opgebouwd. De Rotterdamse cardioloog Jaap Deckers heeft het boek aangepast aan de Nederlandse situatie. In deze vierde druk van Snelle interpretatie van ECG's zijn vooral de hoofdstukken over hartritme en een aantal commentaren bij de voorbeeld-ecg's achter in het boek op specifieke plaatsen gewijzigd, zonder dat daarbij afbreuk is gedaan aan de systematiek van Dubin. De verwachting is dat daarmee de bruikbaarheid van het boek voor de Nederlandse markt vergroot wordt. Bovendien is nu de gehele uitgave in kleur uitgevoerd.
Elektrocardiografie --- ECG - electrocardiogram --- Hartziekten --- Arrythmia --- Cardiac Arrhythmia --- Cardiac Arrhythmias --- Cardiac Dysrhythmia --- Arrhythmia, Cardiac --- Dysrhythmia, Cardiac --- Heart Conduction System --- electrocardiogrammen --- hartinfarct --- aritmie --- Electrocardiography --- Arrhythmias, Cardiac --- 616.12-073.97 --- 605.12 --- ECG --- cardiologie --- elektrocardiografie --- cardiologie (hartziekten) --- Arrhythmia --- Electrocardiogram --- Electrocardiograph --- EKG --- Electrocardiograms --- Electrocardiographs --- 616.12-073.97 Electrocardiography. Electrocardiogram (ECG) --- Electrocardiography. Electrocardiogram (ECG) --- hart- en vaatziekten, hartbewaking --- Heart --- Pathology of the circulatory system --- PHL-Healthcare 12 --- hartritme --- hartslag --- ECG : elektrocardiogram --- 12-Lead ECG --- 12-Lead EKG --- 12-Lead Electrocardiography --- 12 Lead ECG --- 12 Lead EKG --- 12 Lead Electrocardiography --- 12-Lead ECGs --- 12-Lead EKGs --- 12-Lead Electrocardiographies --- ECG, 12-Lead --- EKG, 12-Lead --- Electrocardiographies, 12-Lead --- Electrocardiography, 12-Lead --- Semiology. Diagnosis. Symptomatology
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Een nieuwe, vereenvoudigde benadering van het lezen van elektrocardiogrammen. Herzien door Peter Klootwijk, cardioloog.
Electrocardiography. --- 616.12-073.97 --- ECG --- elektrocardiografie --- 605.12 --- infarct --- 616.12-073.97 Electrocardiography. Electrocardiogram (ECG) --- Electrocardiography. Electrocardiogram (ECG) --- Electrocardiogram --- Electrocardiograph --- EKG --- Electrocardiograms --- Electrocardiographs --- Heart --- Hart- en vaatziekten --- 616-072 --- Elektrocardiografie (ekg) --- Instrumentendiagnose --- Cardiologie --- Geneeskundige beeldvorming --- geneeskunde --- gezondheidszorg --- ritmestoornissen* --- Imagerie médicale --- Elektrocardiografie --- Electrocardiography --- 616.1 --- 12-Lead ECG --- 12-Lead EKG --- 12-Lead Electrocardiography --- 12 Lead ECG --- 12 Lead EKG --- 12 Lead Electrocardiography --- 12-Lead ECGs --- 12-Lead EKGs --- 12-Lead Electrocardiographies --- ECG, 12-Lead --- EKG, 12-Lead --- Electrocardiographies, 12-Lead --- Electrocardiography, 12-Lead --- 616.1 )* CARDIOLOGIE
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Dit boek behandelt het complexe onderwerp van de elektrocardiografie. De eenvoudige en doeltreffende benadering maakt het interpreteren van ECG's begrijpelijk. Voor iedereen met minimale ervaring in de interpretatie van ECG's voorziet dit boek in alle behoeften. Door de combinatie van oefeningen met ECG-uitslagen, testvragen en heldere kleurenafbeeldingen wordt het eenvoudiger om de nodige kennis te verwerven en toe te passen op het ECG als geheel. De tekst is vriendelijk van toon en makkelijk leesbaar. Door het hele boek is de tekst verrijkt met echte ECG-stroken op ware grootte, die in de tekst geanalyseerd worden ter illustratie van de behandelde stof. Testvragen aan het eind van elk hoofdstuk helpen de student om de kennis makkelijker op te nemen. Een afsluitend deel met extra oefen-ECG's en bijbehorende besprekingen biedt de student de mogelijkheid om alle interpretatievaardigheden die in dit boek worden aangeboden, uiteindelijk gecombineerd te leren toepassen. De Nederlandse vertaling van 'Introduction to 12-Lead ECG'. Onder redactie van dr. J.S.S.G. de Jong, cardioloog en oprichter/ontwikkelaar van ECGpedia. Dit boek is geschreven voor de beginnende student op het vlak van elektrocardiografie. De structuur van het boek geeft je de gelegenheid in je eigen tempo te werken, doordat de informatie in hapklare onderdelen is geordend. Ook is het boek geschreven met een vriendelijke, gemakkelijk leesbare toon en stijl zodat je je op je gemak voelt tijdens het lezen. Hier en daar wordt wat humor gebruikt, omdat het leven kort is en we niet moeten vergeten plezier te maken. Op die manier hopen we het lezen prettiger en het leren efficiënter te maken. Het boek is verdeeld in drie delen: Deel 1 biedt de basiskennis over complexen, golven en intervallen, en over elektrocardiografie en kalibratie. Je leert hoe de standaard hartslag ofwel het hartcomplex eruitziet en je neemt de basale anatomie van het hart en het elektrische geleidingssysteem nog eens door. Ook leer je hier hoe je bepaalde instrumenten gebruikt die bij de interpretatie van ECG's handig zijn. Deel 2 behandelt elke golf en elk interval van het hartcomplex, de hart-as en de 12-kanaals presentatie van een aantal ritmestoornissen. In dit boek kunnen niet alle ritmes aan de orde komen, alleen die ritmes die voor het beginnersniveau nodig zijn. Deel 2 bevat ook de elektrocardi¬ografische criteria voor de verschillende vormen van acuut myocardin¬farct en biedt voorbeelden van elk. Deel 3 bevat tien extra, unieke 12-kanaals ECG's om je interpretatie¬vaardigheden te oefenen. Van elk ECG is een analyse opgenomen.
electrocardiogram - ecg --- cardiologie --- Electrocardiography --- Arrhythmias, Cardiac --- Arrhythmia --- Arrythmia --- Cardiac Arrhythmia --- Cardiac Arrhythmias --- Cardiac Dysrhythmia --- Arrhythmia, Cardiac --- Dysrhythmia, Cardiac --- Heart Conduction System --- Electrocardiogram --- Electrocardiograph --- ECG --- EKG --- Electrocardiograms --- Electrocardiographs --- Heart --- hartinfarct --- elektrocardiografie --- hartritmestoornissen --- Pathology of the circulatory system --- 612.251 --- ECG - electrocardiogram --- verpleegkunde --- 616.1 --- Pathologie van het cardiovasculair systeem. Bloedvaten. Cardiovasculaire aandoeningen --- PXL-Healthcare 2019 --- ECG : elektrocardiogram
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An essential reference for students and practitioners working with exercise electrocardiograms (ECGs), Practical ECG forExercise Science and Sports Medicine guides readers from theory to applied interpretation of normal and abnormal ECG traces. The text is based on the authors' clinical experience, published research, and over a decade of dedicated study on the interpretation of ECGs from clinical patients to elite athletes both at rest and during exercise. This resource offers clear protocols for ECGs with an emphasis on athletes. With over 70 ECG readouts to examine, readers can practice and refine their ECG interpretation skills and increase their understanding of heart conditions identifiable through ECG testing. Troubleshooting tips throughout the text provide quick solutions to problems that may occur during ECG testing, and detailed information on interpreting the ECGs is provided for numerous conditions that practitioners are likely to encounter in real-life practice. Divided into three parts, Practical ECG for Exercise Science and Sports Medicine begins with an overview of heart anatomy and function and a review of the methods for monitoring heart rate and function. Part II of the text describes the ECG in detail at rest and during exercise, with an emphasis on measurement and interpretation. In particular, chapter 4 examines normal and abnormal ECG findings with a detailed discussion of cardiac abnormalities. Each abnormality is accompanied by a sample ECG trace. Chapter 5 focuses on the how the exercise ECG may be used as a tool in the identification of a variety of pathologies, including coronary artery disease and exercise-induced arrhythmias, and how the ECG can assist in the differentiation of pathologic and physiologic enlargement of the left ventricle. A special focus on the athlete's heart follows in part III. Because physiologic adaptations associated with chronic physical training may mimic those observed in pathologic processes, part III discusses the anomalies often present in athletic individuals at rest and during exercise. This part also includes six case studies, which discuss specific problems encountered in dealing with athletes' hearts and provide in-depth examples of conditions identifiable through an exercise ECG. Because the ECG is so widely used in the assessment of cardiac electrical function, morphology, and circulation, understanding a normal ECG at rest and during exercise and being able to interpret findings are becoming increasingly important for noncardiologists, including health professionals, sports medicine specialists, physiotherapists, clinical exercise physiologists, and sport and exercise scientists. With its straightforward approach, Practical ECG for ExerciseScience and Sports Medicine is a valuable resource for those studying and working in the field of exercise, sports medicine, and sport science as well as health professionals working with athletic and sedentary individuals at rest and in exercise stress testing.
Electrocardiography. --- Exercise --- Exercise Test. --- Exercise tests. --- Heart --- Electrocardiographie --- Epreuves d'effort --- Coeur --- Exercice --- physiology. --- Diseases --- Diagnosis. --- Physiological aspects. --- Maladies --- Diagnostic --- Aspect physiologique --- Electrocardiography --- Exercise tests --- Diagnosis --- Physiological aspects --- Exercise Test --- Heart Diseases --- methods. --- instrumentation. --- diagnosis. --- 616.12-073.97 --- 616-71 --- 796.012 --- 61:796 --- 612:796 --- Electrocardiography. Electrocardiogram (ECG) --- Medische instrumenten in het algemeen. In het bijzonder instrumenten voor diagnose, beproeving, meting en registratie --- Movement and motor functions: tests and measurement --- Sportgeneeskunde --- Fysiologie van de sport --- 612:796 Fysiologie van de sport --- 61:796 Sportgeneeskunde --- 796.012 Movement and motor functions: tests and measurement --- 616.12-073.97 Electrocardiography. Electrocardiogram (ECG) --- Cardiopulmonary system --- Cardiovascular system --- Chest --- Exercise physiology --- Clinical exercise physiology --- Function tests (Medicine) --- ECG --- EKG --- Electrocardiograms --- Electrodiagnosis --- Diseases&delete& --- Physiological effect --- Testing --- Electric properties --- methods --- instrumentation --- diagnosis
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In België werd het 12 afleidingen ECG sinds meer dan 30 jaar binnen de huisartspraktijk als diagnostisch middel geaccrediteerd. Het waren de huisartsen zelf die snel beseften dat de incidentie van pathologische ECG's binnen hun eigen praktijk ontoereikend zou blijken om hun kennis op termijn te bestendigen. Het waren eveneens de huisartsen zelf die initiatieven namen voor wat genoemd werd 'Postgraduaat ECG training' en dit is het begin geweest van dit boek.Tijdens de trainingssessies viel voornamelijk op dat de kennis van het ECG vaak gesteund was op het memoriseren van het uitzicht van morfologische patronen en dat inzicht ontbrak. Het ECG werd uit het hoofd geleerd maar bleek er niet in te zitten. Dit is de essentie geworden van dit boek.
elektrocardiografie --- opleidingen --- Electrocardiographie --- Elektrocardiografie --- Geneeskundige beeldvorming --- diagnose (gez) --- elektrocardiografie (gez) --- elektrodiagnose (gez) --- electrocardiografie --- 608.5 --- 616.072 --- Elektrocardiografie (ekg) --- Imagerie médicale --- radiologie, nucleaire geneeskunde, röntgenologie --- Cardiologie --- Electrocardiography. --- elektrocardiografie (ECG) --- 605.12 --- 616.12-073.97 --- aritmie (dysritmie) --- torsade de pointes --- ECG --- pacemaker --- cardiologie --- ventrikeltachycardie --- pericarditis --- longembolie --- hypothermie --- AA / International- internationaal --- 61 --- tachycardie --- Aritmieën (dysritmie, fibrilleren, hartritmestoornissen) --- defibrillator --- Elektrocardiogram (ECG) --- Brugada-syndroom --- Geleidingsstoornissen --- 616.12-073.97 Electrocardiography. Electrocardiogram (ECG) --- Electrocardiography. Electrocardiogram (ECG) --- Electrocardiogram --- Electrocardiograph --- EKG --- Electrocardiograms --- Electrocardiographs --- Heart --- Geneeskunde. --- hartgeleidingsstoornissen --- Semiology. Diagnosis. Symptomatology --- Pathology of the circulatory system --- Electrocardiography --- Geneeskunde --- 12-Lead ECG --- 12-Lead EKG --- 12-Lead Electrocardiography --- 12 Lead ECG --- 12 Lead EKG --- 12 Lead Electrocardiography --- 12-Lead ECGs --- 12-Lead EKGs --- 12-Lead Electrocardiographies --- ECG, 12-Lead --- EKG, 12-Lead --- Electrocardiographies, 12-Lead --- Electrocardiography, 12-Lead
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616.07 ) Elektrocardiografie --- 616.1 )* CARDIOLOGIE --- cardiologie --- elektrocardiografie --- Electrocardiography. --- elektrocardiogram --- 616.12-073.97 --- AA / International- internationaal --- 61 --- Aritmieën (dysritmie, fibrilleren, hartritmestoornissen) --- Elektrocardiogram (ECG) --- Geleidingsstoornissen --- 605.12 --- Brugada-syndroom --- aritmie (dysritmie) --- defibrillator --- elektrocardiografie (ECG) --- hypothermie --- longembolie --- pacemaker --- pericarditis --- tachycardie --- torsade de pointes --- ventrikeltachycardie --- 616.12-073.97 Electrocardiography. Electrocardiogram (ECG) --- Electrocardiography. Electrocardiogram (ECG) --- Electrocardiogram --- Electrocardiograph --- ECG --- EKG --- Electrocardiograms --- Electrocardiographs --- Heart --- Geneeskunde. --- hartgeleidingsstoornissen --- Semiology. Diagnosis. Symptomatology --- Pathology of the circulatory system --- Elektrocardiografie --- Coronariografie --- Hartbewaking --- Hartgeleidingsstoornissen --- Electrocardiography --- 12-Lead ECG --- 12-Lead EKG --- 12-Lead Electrocardiography --- 12 Lead ECG --- 12 Lead EKG --- 12 Lead Electrocardiography --- 12-Lead ECGs --- 12-Lead EKGs --- 12-Lead Electrocardiographies --- ECG, 12-Lead --- EKG, 12-Lead --- Electrocardiographies, 12-Lead --- Electrocardiography, 12-Lead --- Geneeskunde --- Hartgeleidingsstoornis
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Implantable microdevices, providing accurate measurement of target analytes in animals and humans, have always been important in biological science, medical diagnostics, clinical therapy, and personal healthcare. Recently, there have been increasing unmet needs for developing high-performance implants that are small, minimally-invasive, biocompatible, long-term stable, and cost-effective. Therefore, the aim of this Special Issue is to bring together state-of-the-art research and development contributions that address key challenges and topics related to implantable microdevices. Applications of primary interest include, but are not limited to, miniaturized optical sensing and imaging tools, implantable sensors for detecting biochemical species and/or metabolites, transducers for measuring biophysical quantities (e.g., pressure and/or strain), and neural prosthetic devices.
round window stimulation --- n/a --- reactive loading --- retinal implant --- circular polarization --- mandibular advancement splint --- MedRadio --- Medical Device Radiocommunications Service (MedRadio) band --- patch antenna --- wireless charging --- drag reduce --- piezoelectric transducer --- high-density --- specific absorption rate (SAR) --- micro/nano electrode --- electrocardiogram (ECG) --- microelectrode array --- magnetic shielding --- conductive polymer --- flextensional amplifier --- biotelemetry --- lotus-like structure --- middle ear implant --- obstructive sleep apnea --- implantable BCI --- implantable packaging --- coating --- electrochemistry --- modified electrode --- slow wave effect --- shark skin --- finite element analysis --- implantable antenna --- biomedical microrobot --- magnetic devices --- hydrophobicity --- pressure sensing array --- implantable device --- wireless power transfer --- hearing loss --- system-on-chip --- antifouling
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Biomedicine is a multidisciplinary branch of medical science that consists of many scientific disciplines, e.g., biology, biotechnology, bioinformatics, and genetics; moreover, it covers various medical specialties. In recent years, this field of science has developed rapidly. This means that a large amount of data has been generated, due to (among other reasons) the processing, analysis, and recognition of a wide range of biomedical signals and images obtained through increasingly advanced medical imaging devices. The analysis of these data requires the use of advanced IT methods, which include those related to the use of artificial intelligence, and in particular machine learning. It is a summary of the Special Issue “Machine Learning for Biomedical Application”, briefly outlining selected applications of machine learning in the processing, analysis, and recognition of biomedical data, mostly regarding biosignals and medical images.
Research & information: general --- depthwise separable convolution (DSC) --- all convolutional network (ACN) --- batch normalization (BN) --- ensemble convolutional neural network (ECNN) --- electrocardiogram (ECG) --- MIT-BIH database --- cephalometric landmark --- X-ray --- deep learning --- ResNet --- registration --- electronic human-machine interface --- blindness --- gesture recognition --- inertial sensors --- IMU --- dynamic contrast-enhanced MRI --- kidney perfusion --- glomerular filtration rate --- pharmacokinetic modeling --- multi-layer perceptron --- parameter estimation --- instance segmentation --- computer vision --- retinal blood vessel image --- computer-aided diagnosis --- U-shaped neural network --- residual learning --- semantic gap --- intracranial hemorrhage --- computed tomography --- random forest --- sleep disorder --- obstructive sleep disorder --- overnight polysomnogram --- EEG --- EMG --- ECG --- HRV signals --- Electronic Medical Record (EMR) --- disease prediction --- Amyotrophic Lateral Sclerosis (ALS) --- weighted Jaccard index (WJI) --- lung cancer --- CT images --- CNN --- pulmonary fibrosis --- radiotherapy --- depthwise separable convolution (DSC) --- all convolutional network (ACN) --- batch normalization (BN) --- ensemble convolutional neural network (ECNN) --- electrocardiogram (ECG) --- MIT-BIH database --- cephalometric landmark --- X-ray --- deep learning --- ResNet --- registration --- electronic human-machine interface --- blindness --- gesture recognition --- inertial sensors --- IMU --- dynamic contrast-enhanced MRI --- kidney perfusion --- glomerular filtration rate --- pharmacokinetic modeling --- multi-layer perceptron --- parameter estimation --- instance segmentation --- computer vision --- retinal blood vessel image --- computer-aided diagnosis --- U-shaped neural network --- residual learning --- semantic gap --- intracranial hemorrhage --- computed tomography --- random forest --- sleep disorder --- obstructive sleep disorder --- overnight polysomnogram --- EEG --- EMG --- ECG --- HRV signals --- Electronic Medical Record (EMR) --- disease prediction --- Amyotrophic Lateral Sclerosis (ALS) --- weighted Jaccard index (WJI) --- lung cancer --- CT images --- CNN --- pulmonary fibrosis --- radiotherapy
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This book presents some of the latest available information on automated ECG analysis written by many of the leading researchers in the field. It contains a historical introduction, an outline of the latest international standards for signal processing and communications and then an exciting variety of studies on electrophysiological modelling, ECG Imaging, artificial intelligence applied to resting and ambulatory ECGs, body surface mapping, big data in ECG based prediction, enhanced reliability of patient monitoring, and atrial abnormalities on the ECG. It provides an extremely valuable contribution to the field.
Medicine --- electrocardiographic imaging (ECGI) --- heart failure (HF) --- cardiac resynchronization therapy (CRT) --- ultrasound --- strain --- speckle tracking echocardiography --- in silico --- electrophysiology --- electrocardiogram --- ECG --- cardiac disease --- arrhythmia --- ischemia --- standardization --- computerized ECG --- personalized medicine --- telemedicine --- digital ECG data interchange protocol --- eHealth --- ECG equipment --- computerized electrocardiograph --- ECG analysis algorithms --- computerized ECG interpretation --- interatrial block --- partial interatrial block --- advanced interatrial block --- atypical patterns --- electrocardiogram (ECG) --- automated ECG analysis --- CSE study --- age --- sex --- race --- historical aspects --- electronic cohort --- mortality --- big data --- telehealth --- alarm fatigue --- annotation of ECG data --- arrhythmia alarms --- intensive care unit --- patient monitoring --- ambulatory ECG --- machine learning --- deep learning --- pattern recognition --- noise reduction --- Holter ECG --- ECG interpretation --- artificial intelligence --- body surface mapping --- electrocardiographic imaging --- image processing --- clinical applications --- electrocardiographic imaging (ECGI) --- heart failure (HF) --- cardiac resynchronization therapy (CRT) --- ultrasound --- strain --- speckle tracking echocardiography --- in silico --- electrophysiology --- electrocardiogram --- ECG --- cardiac disease --- arrhythmia --- ischemia --- standardization --- computerized ECG --- personalized medicine --- telemedicine --- digital ECG data interchange protocol --- eHealth --- ECG equipment --- computerized electrocardiograph --- ECG analysis algorithms --- computerized ECG interpretation --- interatrial block --- partial interatrial block --- advanced interatrial block --- atypical patterns --- electrocardiogram (ECG) --- automated ECG analysis --- CSE study --- age --- sex --- race --- historical aspects --- electronic cohort --- mortality --- big data --- telehealth --- alarm fatigue --- annotation of ECG data --- arrhythmia alarms --- intensive care unit --- patient monitoring --- ambulatory ECG --- machine learning --- deep learning --- pattern recognition --- noise reduction --- Holter ECG --- ECG interpretation --- artificial intelligence --- body surface mapping --- electrocardiographic imaging --- image processing --- clinical applications
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