[HTML][HTML] In Vitro 31P MR Chemical Shifts of In Vivo-Detectable Metabolites at 3T as a Basis Set for a Pilot Evaluation of Skeletal Muscle and Liver 31P Spectra with …

P Sedivy, T Dusilova, M Hajek, M Burian, M Krššák… - Molecules, 2021 - mdpi.com
Most in vivo 31P MR studies are realized on 3T MR systems that provide sufficient signal
intensity for prominent phosphorus metabolites. The identification of these metabolites in the …

[PDF][PDF] In Vitro 31P MR Chemical Shifts of In Vivo-Detectable Metabolites at 3T as a Basis Set for a Pilot Evaluation of Skeletal Muscle and Liver 31P Spectra with …

P Sedivy, T Dusilova, M Hajek, M Burian, M Krššák… - Molecules, 2021 - academia.edu
Most in vivo 31P MR studies are realized on 3T MR systems that provide sufficient signal
intensity for prominent phosphorus metabolites. The identification of these metabolites in the …

In Vitro 31P MR Chemical Shifts of In Vivo-Detectable Metabolites at 3T as a Basis Set for a Pilot Evaluation of Skeletal Muscle and Liver 31P Spectra with LCModel …

P Sedivy, T Dusilova, M Hajek, M Burian, M Krššák… - agris.fao.org
Most in vivo 31P MR studies are realized on 3T MR systems that provide sufficient signal
intensity for prominent phosphorus metabolites. The identification of these metabolites in the …

In Vitro 31P MR Chemical Shifts of In Vivo-Detectable Metabolites at 3T as a Basis Set for a Pilot Evaluation of Skeletal Muscle and Liver 31P Spectra with LCModel …

P Sedivy, T Dusilova, M Hajek, M Burian, M Krššák… - …, 2021 - search.proquest.com
Most in vivo 31 P MR studies are realized on 3T MR systems that provide sufficient signal
intensity for prominent phosphorus metabolites. The identification of these metabolites in the …

In Vitro 31 P MR Chemical Shifts of In Vivo-Detectable Metabolites at 3T as a Basis Set for a Pilot Evaluation of Skeletal Muscle and Liver 31 P Spectra with LCModel …

P Sedivy, T Dusilova, M Hajek, M Burian… - …, 2021 - search.ebscohost.com
Most in vivo< sup> 31 P MR studies are realized on 3T MR systems that provide sufficient
signal intensity for prominent phosphorus metabolites. The identification of these …

In Vitro 31P MR Chemical Shifts of In Vivo-Detectable Metabolites at 3T as a Basis Set for a Pilot Evaluation of Skeletal Muscle and Liver 31P Spectra with LCModel …

P Sedivy, T Dusilova, M Hajek, M Burian… - Molecules (Basel …, 2021 - europepmc.org
Most in vivo 31 P MR studies are realized on 3T MR systems that provide sufficient signal
intensity for prominent phosphorus metabolites. The identification of these metabolites in the …

[HTML][HTML] In Vitro 31P MR Chemical Shifts of In Vivo-Detectable Metabolites at 3T as a Basis Set for a Pilot Evaluation of Skeletal Muscle and Liver 31P Spectra with …

P Sedivy, T Dusilova, M Hajek, M Burian, M Krššák… - Molecules, 2021 - ncbi.nlm.nih.gov
Most in vivo 31 P MR studies are realized on 3T MR systems that provide sufficient signal
intensity for prominent phosphorus metabolites. The identification of these metabolites in the …

In Vitro 31P MR Chemical Shifts of In Vivo-Detectable Metabolites at 3T as a Basis Set for a Pilot Evaluation of Skeletal Muscle and Liver 31P Spectra with LCModel …

P Sedivy, T Dusilova, M Hajek… - Molecules (Basel …, 2021 - pubmed.ncbi.nlm.nih.gov
Most in vivo 31 P MR studies are realized on 3T MR systems that provide sufficient signal
intensity for prominent phosphorus metabolites. The identification of these metabolites in the …