Research Highlight |
Featured
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Comment |
Retinal fingerprints for precision profiling of cardiovascular risk
Retinal microvascular changes are strongly linked to prevalent and incident cardiovascular disease. These changes can now be mapped with unparalleled accuracy using retinal optical coherence tomography. Novel retinal imaging, combined with the power of deep learning, might soon equip clinicians with unique and precise risk-assessment tools that enable truly individualized patient management.
- Tariq E. Farrah
- , David J. Webb
- & Neeraj Dhaun
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Research Highlight |
Sleep reduces haematopoiesis and atherosclerosis via a neuroimmune axis
Fragmented sleep interferes with a novel neuroimmune axis involving hypocretin produced in the hypothalamus, leading to increased haematopoiesis and larger atherosclerotic lesions.
- Gregory B. Lim
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Review Article |
Short sleep duration and cardiometabolic risk: from pathophysiology to clinical evidence
This Review describes the effects of short sleep duration on cardiovascular health and diseases, and the authors discuss the main pathophysiological mechanisms involved, taking into account both experimental data and clinical evidence.
- Eleonora Tobaldini
- , Elisa M. Fiorelli
- & Nicola Montano
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Review Article |
Effects of stress on the development and progression of cardiovascular disease
In this Review, Kivimäki and Steptoe assess the current evidence on the association between stress and cardiovascular disease, covering the multiple roles of stress in the development and triggering of disease and as a determinant of prognosis and outcome. In addition, they discuss the clinical and public health importance of major stressors and the implications for prevention and treatment of cardiovascular disease.
- Mika Kivimäki
- & Andrew Steptoe
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Reply |
Sleep is unlikely to be the key mediator between stress and CVD
- Mika Kivimäki
- & Andrew Steptoe
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Correspondence |
Stress and sleep disturbance—a connection in CVD
- Yuli Huang
- , Yunzhao Hu
- & Weiyi Mai
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Review Article |
Inherited calcium channelopathies in the pathophysiology of arrhythmias
Abnormalities in the control of intracellular calcium are involved in several forms of inherited arrhythmias. The genetic mutations that cause these abnormalities have generated much research interest in the past decade. Here, Venetucci et al. provide an overview of the structural organization and the function of calcium-handling proteins and describe the mechanisms by which mutations determine the various clinical phenotypes of calcium channelopathies.
- Luigi Venetucci
- , Marco Denegri
- & Silvia G. Priori
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Review Article |
Stress and cardiovascular disease
Psychological stress is thought to contribute to the cardiovascular disease process at several stages, including the long-term development of coronary heart disease and acute triggering of cardiac events. In this Review, Steptoe and Kivimäki summarize the evidence for the association between stress and cardiovascular disease, with a focus on external work-related and social stressors. They also discuss the effects of stress-management strategies on cardiovascular health.
- Andrew Steptoe
- & Mika Kivimäki
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Research Highlight |
First statement on sexual activity in patients with cardiovascular disease
- Gregory B. Lim
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Review Article |
The relationship between blood pressure and cognitive function
Both hypertension and hypotension have been associated with late-life cognitive decline and dementia. Novak and Hajjar discuss evidence supporting the relationship between blood pressure and cognition and its underlying pathophysiological mechanisms. The role that antihypertensive therapy may have in the prevention of cognitive decline is also explored.
- Vera Novak
- & Ihab Hajjar
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News & Views |
Anxiety and risk of cardiac events
Anxiety has been shown to have prognostic importance in the development of coronary heart disease in initially healthy adults. This finding highlights the need of future research that includes representative samples of women and minorities, and uses precise assessment tools and careful ascertainment of clinical end points.
- James A. Blumenthal
- & Patrick J. Smith
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