NONLOCAL REACTION–DIFFUSION EQUATIONS IN BIOMEDICAL APPLICATIONS Article Banerjee M., Kuznetsov M., Udovenko O., Volpert V. Acta biotheoretica. NLM (Medline). Vol. 70. 2022.
ROBUST CONTROLLED FORMATION OF TURING PATTERNS IN THREE-COMPONENT SYSTEMS Article Kuznetsov M. Physical Review E. Vol. 105. 2022.
PERSPECTIVES IN CANCER TREATMENT: REPLY TO COMMENTS ON “IMPROVING CANCER TREATMENTS VIA DYNAMICAL BIOPHYSICAL MODELS” Article Kuznetsov M., Clairambault J., Volpert V. Physics of Life Reviews. Elsevier B.V.. Vol. 42. 2022. P. 15-18
LIQUID CRYSTAL APPLICATIONS IN E-PAPER AND SECURITY FILMS: NEW TRENDS Article Chigrinov V., Sun J., Kuznetsov M., Belyaev V., Chausov D. Digest of Technical Papers - SID International Symposium. John Wiley and Sons Inc. Vol. 52. 2021. P. 515-518
COMBINED INFLUENCE OF NUTRIENT SUPPLY LEVEL AND TISSUE MECHANICAL PROPERTIES ON BENIGN TUMOR GROWTH AS REVEALED BY MATHEMATICAL MODELING Article Kuznetsov M. Mathematics. MDPI AG. Vol. 9. 2021.
IMPROVING CANCER TREATMENTS VIA DYNAMICAL BIOPHYSICAL MODELS Article Kuznetsov M., Clairambault J., Volpert V. Physics of Life Reviews. Elsevier B.V.. 2021.
OPTIMIZATION OF DOSE FRACTIONATION FOR RADIOTHERAPY OF A SOLID TUMOR WITH ACCOUNT OF OXYGEN EFFECT AND PROLIFERATIVE HETEROGENEITY Article Kuznetsov M., Kolobov A. Mathematics. MDPI AG. Vol. 8. 2020.
ALGORITHM OF OPTIMIZATION OF FRACTIONATED RADIOTHERAPY WITHIN ITS COMBINATION WITH ANTIANGIOGENIC THERAPY BY MEANS OF MATHEMATICAL MODELING Article Kuznetsov M., Kolobov A. 2017 SEMINAR ON SYSTEMS ANALYSIS. E D P SCIENCES. Vol. 31. 2020.
MATHEMATICAL MODELING SHOWS THAT THE RESPONSE OF A SOLID TUMOR TO ANTIANGIOGENIC THERAPY DEPENDS ON THE TYPE OF GROWTH Article Kuznetsov M. Mathematics. MDPI AG. Vol. 8. 2020.
WIDENING THE CRITERIA FOR EMERGENCE OF TURING PATTERNS Article Kuznetsov M., Polezhaev A. Chaos. American Institute of Physics Inc.. Vol. 30. 2020.
CONVERGENCE OF THE PUBLIC AND PRIVATE LAW Article Chumachenko I., Kuznetsov M. 5th International Conference on Advances in Education and Social Sciences. OCERINT. 2019. P. 217-220