Andreeva, ZV 2001, Ecological plasticity of grain yield and the genetic potential of soft spring wheat in Western Siberia.Ph.D Dissertation in Biology, N., Russia, p. 10.
Brandle, JE & Telmer, PG 2007, Steviol glycoside biosynthesis. Phytochemistry, 68:1855-1863.
Ceunen, S & Geuns, JM 2013, Influence of photoperiodism on the spatio-temporal accumulation of steviol glycosides in Stevia rebaudiana (Bertoni). Plant Science, 198:72-82.
De Hoff, PL, Brill, LM & Hirsch, AM 2009, Plant lectins: the ties that bind in root symbiosis and plant defense. Molecular genetics and genomics, 282:1-15.
Garaeva, LD, Pozdneeva, SA, Timofeeva, OA, Khokhlova LP 2006, Cell wall lectins during cold hardening of winter wheat. Plant Physiology, 53: 845-850
Jiang, SY, MaZ & Ramachandran, S 2010, Evolutionary history and stress regulation of the lectin superfamily in higher plants. BMC evolutionary biology, 10:79.
Komarova, EN, Trunova, TI, Vyskrebentseva, EI 2000, Changes in the lectin activity of some subcellular fractions of the meristem of the tillering node of winter wheat on the first day of cold adaptation. Report of RAS, 373: 830-832.
Kovalchuk, NV, Melnykova, NM & Musatenko, LI 2012, Role of phytolectin in the life cycle of plants. Вiopolymers and Cell. 28: 3
Markov, EIu, Khavkin, EE 1983, Plant lectins: intended functions. Plant Physiology, 30: 852-867.
Mikhailov, AL, Timofeeva, OA, Nevmerzhitskaia, IuIu 2018, Molecular heterogeneity of lectins in wheat seedlings under the action of stevioside and heavy metals. Report of the Academy of Sciences, 479: 468-471.
Molodchenkova, OO, Adamovskaia, VG 2014, Lectins and defensive reactions of plants. Bulletin of Kharkiv National Agriculture University, 1: 30-46.
Ogorodnova, U, Nevmerzhitskaya, J, Strobykina, A & Timofeeva, O 2016, The chemical structure of steviol-glycosides as base of biological activity. International Journal of Pharmacy and Technology,8: 14936-14944
Ogorodnova, WA, Akhmetova, AM, Shakirova, FM, Timofeeva, OA 2020, Changes in the hormonal status and expression of lectin genes in wheat seedlings under the influence of stevioside and low positive temperatures. Russian Journal of Plant Physiology, 67: 259-266.
Roopashere, S, Singh, SA, Gowda, LR, Rao, AGA 2006, “Dual-Function Protein in Plant Defense: Seed Lectin from Dolichos biflorus (Horse Gram) Exibits Lipoxygenase Activity”, Biochemical Journal, 395: 629-639.
Shakirova, FM 2001, Non-specific plant resistance to stress factors and its regulation. Ufa: Gilem, 160 p.
Shakirova, FM, Avalbaev, AM, Bezrukova, MV, Gimalov, FR 2001, Induction of wheat germ agglutinin synthesis by abscisic and gibberellic acids in roots of wheat seedlings. Plant Growth Regulation, 33: 111-115.
Shakirova, FM, Bezrukova, MV 2007, Modern concepts of the putative functions of plant lectins. Journal of General Biology, 68: 98-114.
Shakirova, FM, Bezrukova, MV, Avalbaev, AM, Gimalov, FR 2014, Stimulation of wheat germ agglutinin gene expression in seedling roots under the influence of 24-epibrassinolide. Plant Physiology, 49: 253-256.
Timofeeva, OA, YuYu, N & Moskovkina, MA 2010, The activity and composition of wheat cell wall lectins under the action of low temperatures and calcium signaling system inhibitors. Russian Journal of Plant Physiology, 57: 209-216.
Ugit, L, Usukeeva AD 2015, Plant lectins and their biological role. Plant Physiology, 1: 5.