Magnetresonanzspektroskopie (MRS) erlaubt die nicht- invasive Untersuchung der Konzentrationen von Stoffwechselprodukten und Ionen im Herzen. Der Gesamtnatrium (Na)-Gehalt könnte für die Untersuchung der Vitalität von Myokardgewebe verwendet werden jedoch gibt es keine Berichte über die Entwicklung des Na-Gehalts während der Narbenentwicklung nach einem Myokardinfarkt (MI) am Modell der Koronarligatur in der Ratte. Ratten wurden einer Ligatur des Ramus interventricularis anterior unterzogen. Myokardgewebe von Kontrolltieren sowie infarziertes Gewebe wurde 1, 3, 7, 28 und 56 Tage postoperativ entnommen und der Na-Gehalt mittels 23Na-MRS und Ionenchromatographie bestimmt. Der Na-Gehalt nach MI war zu allen Zeitpunkten bei beiden Bestimmungsme...
Sodium is a key element in a living organism. The increase of its concentration is an indicator of m...
Sodium magnetic resonance imaging (23Na-MRI) is a highly promising imaging modality that offers the ...
Tissue sodium concentration increases in irreversibly damaged (core) tissue following ischemic strok...
MRI of total sodium (Na) content may allow assessment of myocardial viability, but information on Na...
Purpose—To prospectively determine whether the absolute tissue sodium concentration (TSC) increases ...
Nuclear magnetic resonance (NMR) imaging techniques have been applied to the observation of tissue s...
Objective - Ischemic heart disease is a leading cause of morbidity and mortality worldwide. The curr...
Die vorliegende Arbeit untersucht den Natriumgehalt verschiedener Kompartimente des Körpers mittels ...
Background - Because of rapid changes in myocardial intracellular Na+ (Na-i(+)) during ischemia and ...
Myocardial edema can arise in several disease states. MRI contrast agent can accumulate in edematous...
A technique for noninvasively quantifying the concentration of sodium (23Na) ions was applied to the...
Sodium (23Na) is the most abundant cation present in the human body and is involved in a large numbe...
Abstract—To elucidate the role of intracellular Na1 kinetics during ischemia and reperfusion in post...
Changes in the tissue sodium gradient play an important role in cell signalling such as at the neuro...
This thesis presents sodium magnetic resonance as an in vivo means for non-invasively visualizing th...
Sodium is a key element in a living organism. The increase of its concentration is an indicator of m...
Sodium magnetic resonance imaging (23Na-MRI) is a highly promising imaging modality that offers the ...
Tissue sodium concentration increases in irreversibly damaged (core) tissue following ischemic strok...
MRI of total sodium (Na) content may allow assessment of myocardial viability, but information on Na...
Purpose—To prospectively determine whether the absolute tissue sodium concentration (TSC) increases ...
Nuclear magnetic resonance (NMR) imaging techniques have been applied to the observation of tissue s...
Objective - Ischemic heart disease is a leading cause of morbidity and mortality worldwide. The curr...
Die vorliegende Arbeit untersucht den Natriumgehalt verschiedener Kompartimente des Körpers mittels ...
Background - Because of rapid changes in myocardial intracellular Na+ (Na-i(+)) during ischemia and ...
Myocardial edema can arise in several disease states. MRI contrast agent can accumulate in edematous...
A technique for noninvasively quantifying the concentration of sodium (23Na) ions was applied to the...
Sodium (23Na) is the most abundant cation present in the human body and is involved in a large numbe...
Abstract—To elucidate the role of intracellular Na1 kinetics during ischemia and reperfusion in post...
Changes in the tissue sodium gradient play an important role in cell signalling such as at the neuro...
This thesis presents sodium magnetic resonance as an in vivo means for non-invasively visualizing th...
Sodium is a key element in a living organism. The increase of its concentration is an indicator of m...
Sodium magnetic resonance imaging (23Na-MRI) is a highly promising imaging modality that offers the ...
Tissue sodium concentration increases in irreversibly damaged (core) tissue following ischemic strok...