Magnetic resonance imaging on sodium nuclei: potential medical applications of 23Na MRI

Sadykhov, E.G.; Pirogov, Yu.A.; Anisimov, N.V.; Gulyaev, M.V.; Pavlovskaya, Galina; Meersmann, T.; Belyaev, V.N.; Fomina, D.V.

doi:10.1007/s00723-018-1045-7

All Outputs (2)

A molecular–mechanical link in shear-induced self-assembly of a functionalized biopolymeric fluid (2023)
Journal Article
Pavlovskaya, G. E., & Meersmann, T. (2023). A molecular–mechanical link in shear-induced self-assembly of a functionalized biopolymeric fluid. Soft Matter, 19(17), 3228-3237. https://doi.org/10.1039/d2sm01381a

23Na multiple quantum filtered (MQF) rheo-NMR methods were applied to probe the molecular foundation for flow induced self-assembly in 0.5% κ-carrageenan fluid. This method is sensitive enough to utilize an endogenous sodium ion concentration of appr... Read More about A molecular–mechanical link in shear-induced self-assembly of a functionalized biopolymeric fluid.

Magnetic resonance imaging on sodium nuclei: potential medical applications of 23Na MRI (2018)
Journal Article
Sadykhov, E., Pirogov, Y., Anisimov, N., Gulyaev, M., Pavlovskaya, G., Meersmann, T., …Fomina, D. (2018). Magnetic resonance imaging on sodium nuclei: potential medical applications of 23Na MRI. Applied Magnetic Resonance, 925-957. https://doi.org/10.1007/s00723-018-1045-7

Sodium is a key element in a living organism. The increase of its concentration is an indicator of many pathological conditions. 23Na magnetic resonance imaging (MRI) is a quantitative method that allows to determine the sodium content in tissues and... Read More about Magnetic resonance imaging on sodium nuclei: potential medical applications of 23Na MRI.