In vivo magnetic resonance of hyperpolarized [13C1]pyruvate: metabolic dynamics in stimulated muscle
The metabolic status of muscle changes according to the energetic demands of the
organism. Two key regulators of these changes include exercise and insulin, with exercise …
organism. Two key regulators of these changes include exercise and insulin, with exercise …
In vivo magnetic resonance of hyperpolarized [(13) C1] pyruvate: metabolic dynamics in stimulated muscle.
A Leftin, H Degani, L Frydman - American Journal of physiology …, 2013 - europepmc.org
The metabolic status of muscle changes according to the energetic demands of the
organism. Two key regulators of these changes include exercise and insulin, with exercise …
organism. Two key regulators of these changes include exercise and insulin, with exercise …
[PDF][PDF] In vivo magnetic resonance of hyperpolarized [13C1] pyruvate: metabolic dynamics in stimulated muscle
A Leftin, H Degani, L Frydman - Am J Physiol Endocrinol Metab, 2013 - researchgate.net
MATERIALS AND METHODS Magnetic resonance experiments. In vivo magnetic resonance
imaging and spectroscopy were conducted on a 4.7-T (30-cm bore) spectrometer system …
imaging and spectroscopy were conducted on a 4.7-T (30-cm bore) spectrometer system …
In Vivo Magnetic Resonance of Hyperpolarized 13C1-Pyruvate: Metabolic Dynamics in Stimulated Muscle 2
A Leftin, H Degani, L Frydman - 2013 - journals.physiology.org
In Vivo Magnetic Resonance of Hyperpolarized 13C1-Pyruvate: Metabolic Dynamics in
Stimulated Muscle Page 1 1 In Vivo Magnetic Resonance of Hyperpolarized 13C1-Pyruvate: 1 …
Stimulated Muscle Page 1 1 In Vivo Magnetic Resonance of Hyperpolarized 13C1-Pyruvate: 1 …
In vivo magnetic resonance of hyperpolarized [C-13 (1)] pyruvate: metabolic dynamics in stimulated muscle
A Leftin, H Degani, L Frydman - American …, 2013 - … .esploro.exlibrisgroup.com
The metabolic status of muscle changes according to the energetic demands of the
organism. Two key regulators of these changes include exercise and insulin, with exercise …
organism. Two key regulators of these changes include exercise and insulin, with exercise …
[PDF][PDF] In vivo magnetic resonance of hyperpolarized [13C1] pyruvate: metabolic dynamics in stimulated muscle
A Leftin, H Degani, L Frydman - Am J Physiol Endocrinol Metab, 2013 - scholar.archive.org
MATERIALS AND METHODS Magnetic resonance experiments. In vivo magnetic resonance
imaging and spectroscopy were conducted on a 4.7-T (30-cm bore) spectrometer system …
imaging and spectroscopy were conducted on a 4.7-T (30-cm bore) spectrometer system …
In vivo magnetic resonance of hyperpolarized [C-13 (1)] pyruvate: metabolic dynamics in stimulated muscle
A Leftin, H Degani, L Frydman - American …, 2013 - weizmann.esploro.exlibrisgroup.com
The metabolic status of muscle changes according to the energetic demands of the
organism. Two key regulators of these changes include exercise and insulin, with exercise …
organism. Two key regulators of these changes include exercise and insulin, with exercise …
In vivo magnetic resonance of hyperpolarized [(13) C1] pyruvate: metabolic dynamics in stimulated muscle
A Leftin, H Degani, L Frydman - American journal of …, 2013 - pubmed.ncbi.nlm.nih.gov
The metabolic status of muscle changes according to the energetic demands of the
organism. Two key regulators of these changes include exercise and insulin, with exercise …
organism. Two key regulators of these changes include exercise and insulin, with exercise …
In vivo magnetic resonance of hyperpolarized [13C1] pyruvate: Metabolic dynamics in stimulated muscle
A Leftin, H Degani, L Frydman - American Journal Of …, 2013 - weizmann.elsevierpure.com
The metabolic status of muscle changes according to the energetic demands of the
organism. Two key regulators of these changes include exercise and insulin, with exercise …
organism. Two key regulators of these changes include exercise and insulin, with exercise …
[PDF][PDF] In vivo magnetic resonance of hyperpolarized [13C1] pyruvate: metabolic dynamics in stimulated muscle
A Leftin, H Degani, L Frydman - Am J Physiol Endocrinol Metab, 2013 - weizmann.ac.il
MATERIALS AND METHODS Magnetic resonance experiments. In vivo magnetic resonance
imaging and spectroscopy were conducted on a 4.7-T (30-cm bore) spectrometer system …
imaging and spectroscopy were conducted on a 4.7-T (30-cm bore) spectrometer system …