Real-time metabolic imaging
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Abstract
The endogenous substance pyruvate is of major importance to maintain energy homeostasis in the cells and provides a window to several important metabolic processes essential to cell survival. Cell viability is therefore reflected in the metabolism of pyruvate. NMR spectroscopy has until now been the only noninvasive method to gain insight into the fate of pyruvate in the body, but the low NMR sensitivity even at high field strength has only allowed information about steady-state conditions. The medically relevant information about the distribution, localization, and metabolic rate of the substance during the first minute after the injection has not been obtainable. Use of a hyperpolarization technique has…
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Topics
Keywords
- Hyperpolarization (physics)
- Chemistry
- Metabolism
- Alanine
- Cellular metabolism
- Nuclear magnetic resonance spectroscopy
- Biophysics
- Biochemistry
UN Sustainable Development Goals
- Affordable and clean energy
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