Cardiac metabolic manipulation alters cardiac energetics and function

Cardiac metabolic manipulation alters cardiac energetics and function

Manylion Llyfryddiaeth
Prif Awduron:	Watson, W, Timm, K, Green, P, Peterzan, M, Rayner, J, Neubauer, S, Tyler, D, Rider, O
Fformat:	Conference item
Iaith:	English
Cyhoeddwyd:	Springer 2020

Eitemau Tebyg

The effects of energetic substrate manipulation on myocardial metabolism and cardiac function
gan: Watson, WD
Cyhoeddwyd: (2021)

Measuring pcr/atp as a marker of myocardial energetics across the spectrum of metabolic cardiac disease
gan: Henry, JA, et al.
Cyhoeddwyd: (2022)

Non-invasive investigation of myocardial energetics in cardiac disease using 31P magnetic resonance spectroscopy
gan: Peterzan, MA, et al.
Cyhoeddwyd: (2020)

Response by Peterzan et al to letter regarding article, “Cardiac energetics in patients with aortic stenosis and preserved versus reduced ejection fraction”
gan: Peterzan, MA, et al.
Cyhoeddwyd: (2020)

Hyperpolarized 13 C and 31 P MRS detects differences in cardiac energetics, metabolism, and function in obesity, and responses following treatment
gan: Lewis, AJM, et al.
Cyhoeddwyd: (2024)

Role of cardiac energetics in aortic stenosis disease progression: identifying the high-risk metabolic phenotype
gan: Monga, S, et al.
Cyhoeddwyd: (2023)

Cardiac energetics in patients with aortic stenosis and preserved versus reduced ejection fraction
gan: Peterzan, MA, et al.
Cyhoeddwyd: (2020)

Investigating cardiac energetics in heart failure.
gan: Lygate, C, et al.
Cyhoeddwyd: (2013)

Investigating cardiac energetics in heart failure
gan: Lygate, C, et al.
Cyhoeddwyd: (2013)

In vivo alterations in cardiac metabolism and function in the spontaneously hypertensive rat heart.
gan: Dodd, M, et al.
Cyhoeddwyd: (2012)

Obesity modifies the energetic phenotype in dilated cardiomyopathy
gan: Rayner, JJ, et al.
Cyhoeddwyd: (2021)

Use of cardiac magnetic resonance to detect changes in metabolism in heart failure
gan: Watson, WD, et al.
Cyhoeddwyd: (2020)

Impaired myocardial energetics limits cardiac functional reserve and leads to exercise-induced pulmonary congestion in heart failure with preserved ejection fraction
gan: Burrage, M, et al.
Cyhoeddwyd: (2021)

Abnormal cardiac energetics are associated with diastolic dysfunction in uncomplicated obesity
gan: Robinson, M, et al.
Cyhoeddwyd: (2006)

Normobaric hypoxia impairs human cardiac energetics.
gan: Holloway, C, et al.
Cyhoeddwyd: (2011)

Normobaric hypoxia impairs human cardiac energetics
gan: Holloway, C, et al.
Cyhoeddwyd: (2011)

Exercise training in dilated cardiomyopathy improves rest and stress cardiac function without changes in cardiac high energy phosphate metabolism.
gan: Holloway, C, et al.
Cyhoeddwyd: (2012)

Abnormal cardiac and skeletal muscle function and energetics correlate with insulin resistance in heart failure
gan: Scheuermann-Freestone, M, et al.
Cyhoeddwyd: (2004)

Cardiac metabolism in patients with heart failure with mid-range ejection fraction
gan: Hundertmark, M, et al.
Cyhoeddwyd: (2018)

Cardiac energetics in congestive heart failure.
gan: Ashrafian, H
Cyhoeddwyd: (2002)

Myocardial energetics in obesity: Enhanced ATP delivery through creatine kinase with blunted stress response
gan: Rayner, JJ, et al.
Cyhoeddwyd: (2020)

Cardiac response to hypobaric hypoxia: persistent changes in cardiac mass, function, and energy metabolism after a trek to Mt. Everest Base Camp.
gan: Holloway, C, et al.
Cyhoeddwyd: (2011)

Interactions between PPAR alpha and triiodothyronine nuclear receptors altered cardiac phenotype and phosphocreatine metabolism
gan: Zhang, W, et al.
Cyhoeddwyd: (2006)

Sleep apnoea is associated with impaired cardiac high-energy phosphate metabolism and abnormal diastolic function
gan: Scheuermann-Freestone, M, et al.
Cyhoeddwyd: (2006)

Does dieting affect cardiac high-energy phosphate metabolism and cardiac function? Effects of two weeks of a high-fat, low-carbohydrate diet in healthy subjects
gan: Scheuermann-Freestone, M, et al.
Cyhoeddwyd: (2006)

NORMOBARIC HYPOXIA IMPAIRS CARDIAC ENERGETICS IN NORMAL HUMAN VOLUNTEERS
gan: Holloway, C, et al.
Cyhoeddwyd: (2010)

Metabolic imaging with cardiac magnetic resonance spectroscopy
gan: Neubauer, S
Cyhoeddwyd: (2009)

Hyperpolarised MRI of cardiac inflammation and repair
gan: Lewis, A, et al.
Cyhoeddwyd: (2017)

Water‐suppression cycling 3‐T cardiac 1H‐MRS detects altered creatine and choline in patients with aortic or mitral stenosis
gan: Ding, B, et al.
Cyhoeddwyd: (2021)

Clinical implications of cardiac hyperpolarized magnetic resonance imaging
gan: Rider, O, et al.
Cyhoeddwyd: (2013)

Clinical implications of cardiac hyperpolarized magnetic resonance imaging
gan: Rider, O, et al.
Cyhoeddwyd: (2013)

Non-invasive immuno-metabolic cardiac inflammation imaging using hyperpolarized magnetic resonance
gan: Lewis, A, et al.
Cyhoeddwyd: (2018)

Effects of weight loss on myocardial energetics and diastolic function in obesity
gan: Rider, O, et al.
Cyhoeddwyd: (2013)

Effects of weight loss on myocardial energetics and diastolic function in obesity.
gan: Rider, O, et al.
Cyhoeddwyd: (2013)

Letter by Rider and Neubauer regarding article, "Cardiac remodeling in obesity".
gan: Rider, O, et al.
Cyhoeddwyd: (2013)

Cardiac applications of hyperpolarised magnetic resonance
gan: Timm, K, et al.
Cyhoeddwyd: (2018)

Non-invasive in vivo assessment of cardiac metabolism in the healthy and diabetic human heart using hyperpolarized 13C MRI
gan: Rider, OJ, et al.
Cyhoeddwyd: (2020)

Cardiac energetics, oxygenation, and perfusion during increased workload in patients with type 2 diabetes mellitus
gan: Levelt, E, et al.
Cyhoeddwyd: (2015)

Control of cardiac energetics: from models to human disease.
gan: Hopkins, J, et al.
Cyhoeddwyd: (2000)

NORMOBARIC HYPOXIA IMPAIRS CARDIAC ENERGETICS AND DIASTOLIC FUNCTION IN NORMAL HUMAN VOLUNTEERS
gan: Holloway, C, et al.
Cyhoeddwyd: (2010)