Search Results - "Bezlepkin, A. I."

Magnetic Resonance Imaging of Brain Involvement in Dogs Using Paramagnetic Contrast Enhancement with Mn(II)-DCTA P by Ussov, W. Yu, Belyanin, M. L., Bezlepkin, A. I., Borodin, O. Yu, Bobrikova, E. E., Shimanovskii, N. L.

“…Experimental study of a new paramagnetic complex Mn-DCTA is carried out. The complex (0.5 M manganese(II) solution with trans-1,2-diamine…”
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EXPERIMENTAL EVALUATION OF MN(II)-TRANS-1,2-DIAMINOCYCLEHEXANE-N,N,N',N'TETRAACETATE AS PARAMAGNETIC CONTRAST AGENT FOR ENHANCEMENT OF CEREBRAL MENINGEOMAS IN DOGS by Ussov, V. Yu, Bezlepkin, A. I., Borodin, O. Yu, Belyanin, M. L., Filimonov, V. D.

“…Aim of research. We have evaluated the abilities of new original paramagnetic contrast agent Mn-DCTA (0,5 mol solution of Manganese(II) complex with…”
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Experimental investigation of a low-pressure amalgam lamp at an increased power of discharge by Kuz’menko, M. E., Mitichkin, O. V., Bezlepkin, A. I., Kostyuchenko, S. V., Kudryavtsev, N. N., Pecherkin, V. Ya

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Evaluation of manganese-trans-1,2-diaminocyclohexane-N,N,N',N'-tetraacetate complex (Cyclomang) as paramagnetic contrast agent for magnetic resonance imaging by Usov, V Iu, Balianin, M L, Bezlepkin, A I, Churin, A A, Dubskaia, T Iu, Vetoshkina, T L, Filimonov, V D

“…Preclinical evaluation of a 0.5 M solution of the manganese(II)- trans-1,2-diaminocyclohexane-N,N,N',N'-tetraacetate complex (Mn-DCTA, Cyclomang) has been…”
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Investigation of optogalvanic effect in neon in the blue region of the spectrum by Bezlepkin, A. I., Velikotskii, V. L., Kromskii, D. G., Mnuskin, V. E., Trinchuk, B. F., Khomyak, A. S.

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Serially delivered spectral lamps for atomic-absorption analysis by Bezlepkin, A. I., Khomyak, A. S., Aleksandrov, V. V., Voronina, T. N., Mel'nikova, O. V.

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Investigation of the pulsed operation of LT-2 hollow-cathode lamps by Kureichik, K. P., Zolotoi, S. A., Aleksandrov, V. V., Voronina, T. N., Khomyak, A. S., Bezlepkin, A. I.

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Comparative investigations into various constructions of spectroscopic lamps for atomic-absorption analysis, and the use of a two-discharge multielement lamp in order to allow for nonselective interference by Lerner, L. A., Bezlepkin, A. I., Ivanov, N. P., Baranov, S. V.

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