Search Results - "Omel'chenko, Alexander I"

Revealing structural modifications in thermomechanical reshaping of collagenous tissues using optical coherence elastography by Zaitsev, Vladimir Y., Matveyev, Alexander L., Matveev, Lev A., Gelikonov, Grigory V., Baum, Olga I., Omelchenko, Alexander I., Shabanov, Dmitry V., Sovetsky, Alexander A., Yuzhakov, Alexey V., Fedorov, Anatoly A., Siplivy, Vladimir I., Bolshunov, Andrey V., Sobol, Emil N.

“…Moderate heating of such collagenous tissues as cornea and cartilages by infra‐red laser (IR laser) irradiation is an emerging technology for nondestructive…”
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Optical coherence elastography for strain dynamics measurements in laser correction of cornea shape by Zaitsev, Vladimir Y., Matveyev, Alexander L., Matveev, Lev A., Gelikonov, Grigory V., Omelchenko, Alexander I., Baum, Olga I., Avetisov, Sergey E., Bolshunov, Andrey V., Siplivy, Vladimir I., Shabanov, Dmitry V., Vitkin, Alex, Sobol, Emil N.

“…We describe the use of elastographic processing in phase‐sensitive optical coherence tomography (OCT) for visualizing dynamics of strain and tissue‐shape…”
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Laser radiation effect on chondrocytes and intercellular matrix of costal and articular cartilage impregnated with magnetite nanoparticles by Soshnikova, Yulia M., Shekhter, Anatoly B., Baum, Olga I., Shcherbakov, Evgeniy M., Omelchenko, Alexander I., Lunin, Valeriy V., Sobol, Emil N.

“…Background and Objective Magnetic nanoparticles with the ability to absorb laser radiation are the perspective agents for the early diagnostics and laser…”
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Microstructural changes in sclera under thermo-mechanical effect of 1.56 mu m laser radiation increasing transscleral humor outflow by Baum, Olga I, Sobol, Emil N, Bolshunov, Andrey V, Fedorov, Anatoly A, Khomchik, Olga V, Omelchenko, Alexander I, Shcherbakov, Evgenii M

“…Background and Objectives Pores in the sclera are a candidate pathway for aqueous transport and therefore can be utilized to decrease the intraocular pressure…”
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Microstructural changes in sclera under thermo-mechanical effect of 1.56 µm laser radiation increasing transscleral humor outflow by Baum, Olga I., Sobol, Emil N., Bolshunov, Andrey V., Fedorov, Anatoly A., Khomchik, Olga V., Omelchenko, Alexander I., Shcherbakov, Evgenii M.

“…Background and Objectives Pores in the sclera are a candidate pathway for aqueous transport and therefore can be utilized to decrease the intraocular pressure…”
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Speckle-contrast monitoring of tissue thermal modification by Zimnyakov, Dmitry A, Agafonov, Dmitry N, Sviridov, Alexander P, Omel'chenko, Alexander I, Kuznetsova, Liana V, Bagratashvili, Victor N

“…Measurements of the contrast value of time-averaged speckle-modulated images of cartilage tissue are used to study tissue thermal modification in the case of…”
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Laser radiation effect on chondrocytes and intercellular matrix of costal and articular cartilage impregnated with magnetite nanoparticles: LASER RADIATION EFFECT ON CHONDROCYTES AND INTERCELLULAR by Soshnikova, Yulia M., Shekhter, Anatoly B., Baum, Olga I., Shcherbakov, Evgeniy M., Omelchenko, Alexander I., Lunin, Valeriy V., Sobol, Emil N.

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Microstructural changes in sclera under thermo-mechanical effect of 1.56µm laser radiation increasing transscleral humor outflow by Baum, Olga I, Sobol, Emil N, Bolshunov, Andrey V, Fedorov, Anatoly A, Khomchik, Olga V, Omelchenko, Alexander I, Shcherbakov, Evgenii M

“…Background and Objectives Pores in the sclera are a candidate pathway for aqueous transport and therefore can be utilized to decrease the intraocular pressure…”
Get full text