Search Results - "Khludeyev, I. I."

LIPOSOMAL NANOPARTICLES: CHARACTERISTICS, APPLCATION FOR TRANSPORT OF PHOTOSENSITIZERS IN BIOLOGICAL SYSTEMS by T. E. Zorina, I. E. Kravchenko, I. I. Khludeyev

“…By extrusion of phospholipids stable nanoparticles loaded with photosensitizers a chlorin e6 derivatives were obtained. The structural and physico-chemical…”
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Photophysical Properties of Indotricarbocyanine Dyes During Complexation with Serum Albumin by Tarasov, D. S., Samtsov, M. P., Khludeyev, I. I., Maliushkova, E. V., Semak, I. V.

“…The photophysical properties of indotricarbocyanine dyes upon complexation with serum albumin were studied. The technique using electrophoresis to detect their…”
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Assessment of the functional state of skin microhemodynamics by the methods of Doppler fluumetry and speckle-metry by N. D. Abramovich, S. K. Dick, L. A. Vasilevskaya, I. I. Khludeyev

“…The characteristics of blood microcirculation in human tissues have been investigated by recording and analyzing a dynamic speckle pattern. Methodical…”
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Optical Methods for the Analysis of the Temoprofin Photosensitizer Distribution Between Serum Proteins and Methyl-β-Cyclodextrin Nanocarriers in Blood Serum by Yakavets, I. V., Yankovsky, I. V., Khludeyev, I. I., Lassalle, H.P., Bezdetnaya, L. N., Zorin, V. P.

“…Various optical methods for the analysis of the processes leading to temoporfin photosensitizer distribution between supramolecular nanosized inclusion…”
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METHODS FOR ASSESSING THE STATE OF MICROHEMOCIRCULATION OF BIOTISSUE BY SPECKLE-STRUCTURE OF MULTIPLE SCATTERED RADIATION by N. Abramovich, S. Dick, L. Vasilevskaya, I. Khludeyev, V. Sontea

“…The characteristics of microcirculation of blood in human tissues were investigated by recording and analyzing a dynamic speckle pattern. Methodical approaches…”
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Speckle optical monitoring of blood microcirculation for different types of treatment of the vascular system by Khludeyev, I. I., Tserakh, A. S., Smirnov, A. V., Dick, S. K., Zorina, V. P.

“…We have studied correlations between the changes in the characteristics of the speckle field (spectral power, bandpass coefficient) and variations in blood…”
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