Key result
Magnetic resonance spectroscopy, including 31Phosphorus and 13Carbon techniques, allows the interrogation of metabolic deficits in heart failure and has potential as a future clinical tool.
Design
Review
Authors
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Remains investigational for HF metabolic assessment; leaves open need for prospective clinical validation.
Magnetic resonance spectroscopy techniques like 31P and 13C offer a unique, non-invasive method to probe cardiac metabolism and ATP production in heart failure.
Watson et al. (2020) conducted a review in Heart failure. Magnetic resonance spectroscopy was evaluated. Magnetic resonance spectroscopy, including 31Phosphorus and 13Carbon techniques, allows the interrogation of metabolic deficits in heart failure and has potential as a future clinical tool.
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