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Biofizika|January 1, 2013
[Collagen fibril formation in vitro at temperatures close to physiological values]T I Nikolaeva, S M Kuznetsova, V V RogachevskiĭBiofizika|January 14, 2010
[Does collagen microunfolding stimulate the fibril formation?]T I Nikolaeva, S M Kuznetsova, E I TiktopuloVestnik Oftalmologii|March 1, 1990
[Results of the evaluation of a self-administered questionnaire in ophthalmology]T V Zubareva, K A Gadakchian, T I NikolaevaBiofizika|May 5, 2007
[Thermodynamic characteristics of collagen fibrils reconstructed in vitro at different temperatures and concentrations]T I Nikolaeva, E I Tiktopulo, R V Polozov, et al.Biofizika|November 1, 2007
[Structural and thermodynasmic aspects of the packing of collagen fibrils]T I Nikolaeva, E I Tiktopulo, E N Il'iasova, et al.Biofizika|March 1, 1996
[Use of polarized thermomicroscopy for recording formation and degrading processes of collagen fibrils]I I Selezneva, S V Kuz'min, T I Nikolaeva, et al.Bulletin of Experimental Biology and Medicine|September 19, 2018
Development of Low-Molecular Weight Collagen Peptide Complex with Glycosaminoglycan ComponentsT I Nikolaeva, K S Laurinavichus, V V Kaptsov, et al.Biofizika|November 1, 1995
[Collagen gels, chondroitin-4-sulfate. Proteolytic stability]B K Gavriliuk, T I Nikolaeva, Iu A Rochev, et al.Biofizika|September 18, 2001
[Formation of collagen type I fibrils in vitro]T I Nikolaeva, A I Pisachenko, R V Polozov, et al.Biofizika|January 13, 2001
[Self-assembly of collagen type I molecules without telopeptides]T I Nikolaeva, A I Pisachenko, I I Selezneva, et al.Pageof 2