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Vestnik Oftalmologii|July 4, 2024
[Application of artificial intelligence in glaucoma. Part 1. Neural networks and deep learning in glaucoma screening and diagnosis]N I Kurysheva, O Ye Rodionova, A L Pomerantsev, et al.
Vestnik Oftalmologii|June 11, 1998
[Comparative study of antiradical effects of several antiglaucoma drugs]N I Kurysheva, I B Deeva, A I Deev, et al.
Vestnik Oftalmologii|September 1, 2018
[Pattern electroretinogram and macular perfusion in glaucoma]N I Kurysheva, E V Maslova, A V Trubilina, et al.
Vestnik Oftalmologii|June 29, 2018
[Pattern visual evoked potentials and their relation to the peripapillary and retrobulbar blood flow in glaucoma]N I Kurysheva, E V Maslova, A V Trubilina, et al.
Vestnik Oftalmologii|May 20, 2017
[Macular blood flow in glaucoma]N I Kurysheva, E V Maslova, A V Trubilina, et al.
Vestnik Oftalmologii|February 10, 1999
[Permeability of blood-eye barrier in patients with primary glaucoma combined with lens opacity]N I Kurysheva, M I Vinetskaia, V P Erichev, et al.
Vestnik Oftalmologii|September 1, 1996
[Contribution of free-radical reactions of chamber humor to the development of primary open-angle glaucoma]N I Kurysheva, M I Vinetskaia, V P Erichev, et al.
Vestnik Oftalmologii|January 13, 2006
[Use of physiological reparation regulators in glaucoma surgery: a clinicoimmunological study]N I Kurysheva, S A Marnyhk, S A Borzinok, et al.
Vestnik Oftalmologii|December 3, 1999
[Crystallography of the lacrimal fluid as a method for predicting the risk of developing cataract in patients with primary glaucoma]N I Kurysheva, M N Koledintsev, G A Shilkin, et al.
Vestnik Oftalmologii|May 12, 2025
[Predictive modeling of glaucomatous optic neuropathy progression rate in patients with newly diagnosed early primary open-angle glaucoma]N I Kurysheva, S I Ponomareva, E V Maslova, et al.
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