FIELD: spectroscopy, visualization. SUBSTANCE: invention as whole is related to methods of nuclear magnetic resonance employed both in spectroscopy and visualization, specifically, to technology utilizing hyperpolarized noble gases such as Ex and He for amplification and improvement of nuclear magnetic resonance and magnetic resonance visualization. Solutions of hyperpolarized gases are suitable both in vitro and in vivo to study dynamics and structure of systems. When used in biological system either in vitro and in vivo body of invention includes direction and delivery of hyperpolarized gas into particular areas inside system. EFFECT: improved spatial resolution when patient receives zero dose of radiation. 36 cl, 26 dwg
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