in NF1 that
result in disorders of the musculoskeletal system in NF1 in order to take early measures
Dobrodeeva, V.S.,
Shnayder, N.A.,
Novitsky, M.A.,
Asadullin, A.R.,
Vaiman, E.E.,
Petrova, M.M.,
Limankin, O.V.,
Neznanov, N.G.,
Garganeeva, N.P.,
Nasyrova, R.F. (2022) with a change in body weight of less than 6% since the start of APs therapy.
Results: We show
Minasov, B.S.,
Biktasheva, E.M.,
Valeev, M.M.,
Yakupov, R.R.,
Minasov, T.B.,
Mavlyutov, T.R. (2022) skeleton,
resulting in minimizing of the supportive tissue mobility and increasing pressure stability
Parfenova, L.V.,
Galimshina, Z.R.,
Gil'fanova, G.U.,
Alibaeva, E.I.,
Danilko, K.V.,
Pashkova, T.M.,
Kartashova, O.L.,
Farrakhov, R.G.,
Mukaeva, V.R.,
Parfenov, E.V.,
Nagumothu, R.,
Valiev, R.Z. (2022) (more than 60%) compared to Ti-PEO control surfaces. As a
result of antibacterial property studies, a
Pang, HY,
Zhang, WH,
Liang, XW,
Zhang, ZQ,
Chen, XL,
Zhao, LY,
Liu, K,
Galiullin, D,
Yang, K,
Chen, XZ,
Hu, JK (2021) established and validated internally and externally.
Results
Based on multivariate analysis in the training
Shilov, S.V.,
Ustenova, G.O.,
Kiyekbayeva, L.N.,
Korotetskiy, I.S.,
Kudashkina, N.V.,
Zubenko, N.V.,
Parenova, R.A.,
Jumagaziyeva, A.B.,
Iskakbayeva, Z.A.,
Kenesheva, S.T. (2022) -positive bacterial strains, while no inhibitory effect on Gram-negative bacteria was observed. The
results indicated
Gilyazova, I.,
Ivanova, E.,
Pavlov, V.,
Khasanova, G.,
Khasanova, A.,
Izmailov, A.,
Asadullina, D.,
Gilyazova, G.,
Wang, G.,
Gareev, I.,
Beylerli, O. (2023) ).
Results: When comparing the expression level of exosomal miRNAs in groups of patients with different
Kubenova, M.M.,
Kuterbekov, K.A.,
Balapanov, M.Kh.,
Ishembetov, R.Kh.,
Akhmetgaliev, B.M.,
Kabyshev, A.M.,
Bekmyrza, K.Zh.,
Zeleev, M.Kh.,
Palymbetov, R.Sh.,
Baikhozhaeva, B.U. (2023) The paper presents the
results of the studies of thermal properties of nanocrystalline superionic