Heart failure(HF)is a clinical syndrome with a wide variety of clinical presentations,pathophysiologies,and natural histories.HF is becoming more prevalent globally,thus increasing effects on healthcare systems.Cardia...Heart failure(HF)is a clinical syndrome with a wide variety of clinical presentations,pathophysiologies,and natural histories.HF is becoming more prevalent globally,thus increasing effects on healthcare systems.Cardiac magnetic resonance(CMR)imaging is a valuable tool for better understanding HF and its prognosis.The commonly used reference standard of CMR cine imaging provides accurate assessment of chamber size and function.Phase contrast imaging can be used to assess the degree of valvular regurgitation and complex flow patterns.Stress perfusion imaging can detect subtle areas of ischemia and microvascular dysfunction.Late gadolinium enhancement imaging aids in diagnosing causes of HF and guiding revascularization in ischemic cardiomyopathy.Supported by histological validation,T1 and T2 mapping provides non-invasive information on tissue characteristics in inflammatory and infiltrative cardiomyopathies.CMR also provides various techniques to measure strain in the atria and ventricles at high spatial and temporal resolution.CMR continues to serve as an important modality for the evaluation of HF.展开更多
In the last several years,the rate of innovation in cardiac imaging techniques has accelerated signifi cantly.Advances have been seen in all 4 major modalities;echocardiography,nuclear(positron emission tomography(PET...In the last several years,the rate of innovation in cardiac imaging techniques has accelerated signifi cantly.Advances have been seen in all 4 major modalities;echocardiography,nuclear(positron emission tomography(PET)and single photon emission computed tomography(SPECT),cardiac magnetic resonance imaging(CMR),and computed tomographic angiography(CTA).This issue of Cardiovascular Innovations and Applications will highlight many of these advances.展开更多
文摘Heart failure(HF)is a clinical syndrome with a wide variety of clinical presentations,pathophysiologies,and natural histories.HF is becoming more prevalent globally,thus increasing effects on healthcare systems.Cardiac magnetic resonance(CMR)imaging is a valuable tool for better understanding HF and its prognosis.The commonly used reference standard of CMR cine imaging provides accurate assessment of chamber size and function.Phase contrast imaging can be used to assess the degree of valvular regurgitation and complex flow patterns.Stress perfusion imaging can detect subtle areas of ischemia and microvascular dysfunction.Late gadolinium enhancement imaging aids in diagnosing causes of HF and guiding revascularization in ischemic cardiomyopathy.Supported by histological validation,T1 and T2 mapping provides non-invasive information on tissue characteristics in inflammatory and infiltrative cardiomyopathies.CMR also provides various techniques to measure strain in the atria and ventricles at high spatial and temporal resolution.CMR continues to serve as an important modality for the evaluation of HF.
文摘In the last several years,the rate of innovation in cardiac imaging techniques has accelerated signifi cantly.Advances have been seen in all 4 major modalities;echocardiography,nuclear(positron emission tomography(PET)and single photon emission computed tomography(SPECT),cardiac magnetic resonance imaging(CMR),and computed tomographic angiography(CTA).This issue of Cardiovascular Innovations and Applications will highlight many of these advances.
