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The mechanisms of the antimicrobial function of the mucus layer. Current research gaps
Krivova, Natalya A., Zayeva, Olga B.
. Further research on the physiological mechanisms of the barrier function of the mucus layer may provide a
Comparative study of the biological efficacy of titanium dioxide nano- and microparticles
Grigoryeva, Valeriya, Zayeva, Olga B., Krivova, Natalya A.
The effect of photodynamic therapy with topical application of 5-aminolevulinic acid on skin wound healing process by multiphoton microscopy
Zuhayri, Hala, Nikolaev, Viktor V., Knyazkova, Anastasia I., Shulmina, P. V., Borisov, Alexey V., Kistenev, Yury V., Krivova, Natalya A.
An evaluation of lymphedema using optical coherence tomography: A rat limb model approach
Nikolaev, Viktor V., Trimassov, I. A., Amirchanov, D. S., Shirshin, E. A., Krivova, Natalya A., Beliaeva, S. A., Sandykova, Ekaterina A., Kistenev, Yury V.
Lymphedema is a pathology caused by poor lymphatic flow which may lead to complete disability
Estimation of the regenerative potential of para-tyrosol in the model of testicular insufficiency caused by damage to spermatogonial stem cells
Borovskaya, T. G., Grigoreva, V. A, Shchemerova, Yu. A., Kamalova, S. I., Vychuzhanina, A. V., Krivova, Natalya A., Zaeva, O. B., Goldberg, Victor E., Dyga, Alexander M.
The regenerative properties of p-tyrosol were investigated in a model of testicular insufficiency
Quantitative assessment of low-dose photodynamic therapy effects on diabetic wound healing using Raman spectroscopy
Zuhayri, Hala, Samarinova, Alisa A., Borisov, Alexey V., Lopez Guardado, David A., Baalbaki, Houssain A., Krivova, Natalya A., Kistenev, Yury V.
healing is caused by a complicated molecular mechanism involving numerous physiological variables. Low
Analysis of collagen spatial structure using multiphoton microscopy and machine learning methods
Vrazhnov, Denis A., Nikolaev, Viktor V., Sandykova, Ekaterina A., Krivova, Natalya A., Kistenev, Yury V.
) is commonly used to study the structure of bio logical tissues. MPM has a high spatial resolution comparable
Use of terahertz spectroscopy for in vivo studies of lymphedema development dynamics
Nikolaev, Viktor V., Kurochkina, Oksana S., Borisov, Alexey V., Sandykova, Ekaterina A., Krivova, Natalya A., Tuchina, Daria K., Timoshina, Polina A., Kistenev, Yury V.
A laboratory model of lymphedema development induced by lymphatic vessel resection in rat
Label-free multimodal nonlinear optical microscopy for biomedical applications
Zhuo, Guan-Yu, Spandana, K. U., Sindhoora, K. M., Kistenev, Yury V., Kao, Fu-Jen, Nikolaev, Viktor V., Zuhayri, Hala, Krivova, Natalya A., Mazumder, Nirmal
research within the context of label-free non-invasive molecular imaging. Here, a compact MNLO microscope
The in vivo quantitative assessment of the effectiveness of low-dose photodynamic therapy on wound healing using optical coherence tomography
Zuhayri, Hala, Nikolaev, Viktor V., Lepekhina, Tatiana B., Sandykova, Ekaterina A., Krivova, Natalya A., Kistenev, Yury V.

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