Screening for coronary atherosclerosis with coronary calcium scoring: the "shape" of things to come? J Nucl Cardiol ; 15 : — 9. Greenland P , Bonow RO. How low-risk is a coronary calcium score of zero? The importance of conditional probability. Circulation ; : — 9.
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Relation of exercise capacity and body mass index to mortality in patients with intermediate to high risk of coronary artery disease. Am J Cardiol ; : — European Heart Journal ; : — Assessing aeromedical risk: a three-dimensional risk matrix approach. Heart The challenge of asymptomatic coronary artery disease in aircrew; detecting vulnerable plaque before the accident.
The management of established coronary artery disease in aircrew without myocardial infarction or revascularization. The management of established coronary artery disease in aircrew with previous myocardial infarction or revascularization. The management of cardiac conduction abnormalities and arrhythmia in aircrew.
Resource Utilization in Cardiac Disease
Heart muscle disease management in aircrew. The assessment and management of valvular heart disease in aircrew. Heart , Congenital heart disease in aircrew: occupational assessment and management. Pre-and post-cardiac surgical assessment and management of aircrew. Royal College of Physicians.
Special Issue "e-Health in Cardiovascular Medicine"
RCP specialties. Fitness to fly for passengers with cardiovascular disease. Heart ; 96 Suppl 2 : ii1 — ii Manual of Civil Aviation Medicine. Personal Licenses and Training, Medical , Civil Aviation Authority. Personal licenses and training—commercial pilot licenses—guidance on requirement and how to apply. Personal licenses and training: private pilots-information about licenses for recreational flying. Personal licenses and training: engineers-Information about license types and applications.
Naval Air Operations. Chapter Physiological and psychological fatigue in extreme conditions: the military example physical medicine and rehabilitation. The clinical, occupational and financial outcomes associated with a bespoke specialist clinic for military aircrew-a cohort study. QJM ; : — Military Aviation Authority. MAA military aviation authority master glossary.
European Air Safety Agency. Acceleration in aviation: G-Force. Fischer U. Der Kreislaf unter Beschleunigung. Roentgenaufnahmen beim Affen. Luftfahtmedizin ; 2 : 1 — Flight safety and medical incapacitation risk of airline pilots. Aviat Space Environ Med ; 75 : — 8. Europace ; 16 : — CT coronary angiography vs. Aerosp Med Hum Perform ; 88 : 76 — Fundementals of Aerospace Medicine.
Progress in Cardiovascular Diseases - Journal - Elsevier
Effect of headward and forward accelerations on the cardiovascular system. Competing interests None declared. Patient consent Not required. The topics include the entire range of cardiac diseases and emphasize the economic impact on decision-making. We develop guidelines and present general strategies for the practicing cardiologist and general internist.
Additionally, the editors, who have 10 years of experience in this area, discuss the methods necessary to bring critical pathways and practice guidelines into clinical use. Both hospital and out-patient phases of illness are considered. Special concerns of hospital, private practice managed care and group practice settings are specifically addressed. Convert currency. Add to Basket.
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He works with a diverse group of collaborators and fellows to develop new ways to further study these methods in both laboratory and clinical settings. Alfred E. His current research is focused on methods to predict risk of sudden cardiac death, the appropriate role of implantable defibrillators for prevention of sudden cardiac death and mechanisms of ventricular tachycardia. His outpatient clinic focuses on aortic disease, peripheral vascular disease, venous thromboembolism, and lymphatic medicine, in addition to general cardiology.
He also interprets vascular laboratory studies.
His research interests include pulmonary embolism, lymphedema and management of aortic disease. James D.
He is involved in research activities pertaining to early detection and prevention of cancer therapeutics-associated cardiotoxicity and to the role of implantable hemodynamic monitoring devices in the management of advanced heart failure. In addition to his work in advanced heart failure, he is an active member of the echocardiography laboratory.
His research interests include the study of clinical outcomes after percutaneous coronary intervention with special interest in patients with diabetes and stent thrombosis. Loryn S. Her clinical interests include coronary artery disease, valvular heart disease, preventive cardiology and cardiovascular diseases in women. Michael C. Gavin's clinical practice focuses on valvular heart disease, coronary artery disease and preventive cardiology. He is also active in developing the clinical applications of new and rapidly evolving diagnostic imaging modalities, such as three-dimensional 3D and intracardiac echocardiography ICE and cardiovascular magnetic resonance CMR imaging with particular focus on imaging support of minimally-invasive therapies for valvular and congenital cardiac disease.
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His research interests include the effects of exercise training on management of patients, diet and behavior modification on the reduction of risk for a second cardiac event. His work has been presented in over 1, manuscripts, abstracts, trial summaries, textbooks and textbook chapters. Goldberger and his colleagues have pioneered the application of fractals to physiology and methods to quantify the breakdown of fractal scaling as they pertain to aging and disease.
His primary interests are in pacing, defibrillation, congestive heart failure and atrial fibrillation. His primary research interest is in the clinical application of advanced methods of cardiovascular imaging with particular focus on nuclear cardiology and cardiac MR. His research interests include methodological issues in the design, management and analyses of clinical trials; cost-effectiveness of cardiac interventions; and assessment of outcomes of cardiovascular procedures, including use of large-scale, multicenter databases.
Peter M. His laboratory is developing novel nanoparticle-based systems that are activated by hydrogen peroxide, for use in cardiovascular therapeutics and bio-imaging applications, and is currently investigating the molecular mechanism of cardiac dysfunction associated with vitamin D deficiency and examining the potential role of vitamin D therapy in the treatment of heart failure.