M S Zelenskaya, A V Rusakov, O V Frank-Kamenetskaya, D Y Vlasov, A R Izatulina and M A Kuz’mina.
Crystallization of calcium oxalate hydrates by interaction of apatites and fossilized tooth tissue with fungus aspergillus niger.
Lecture Notes in Earth System Sciences, pages 581-603, 2020.
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A V Korneev, O V Frank-Kamenetskaya and A R Izatulina.
About the role of fluorine-bearing apatite in the formation of oxalate kidney stones.
Crystals 10(6):1-12, 2020.
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V V Gurzhiy, O S Tyumentseva, A R Izatulina, S V Krivovichev and I G Tananaev.
Chemically Induced Polytypic Phase Transitions in the Mg[(UO2)(TO4)2(H2O)](H2O)4 (T = S, Se) System.
Inorganic Chemistry 58(21):14760-14768, 2019.
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A R Izatulina, A M Nikolaev, M А Kuz’mina, O V Frank-Kamenetskaya and V V Malyshev.
Bacterial effect on the crystallization of mineral phases in a solution simulating human urine.
Crystals 9(5), 2019.
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A R Izatulina, V V Gurzhiy, M G Krzhizhanovskaya, N V Chukanov and T L Panikorovskii.
Thermal behavior and phase transition of uric acid and its dihydrate form, the common biominerals uricite and tinnunculite.
Minerals 9(6), 2019.
URL, DOI

O V Frank-Kamenetskaya, G Y Ivanyuk, M S Zelenskaya, A R Izatulina, А О Kalashnikov, D Y Vlasov and E I Polyanskaya.
Calcium oxalates in lichens on surface of apatite-nepheline ore (Kola peninsula, russia).
Minerals 9(11), 2019.
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A V Rusakov, M A Kuzmina, A R Izatulina and O V Frank-Kamenetskaya.
Synthesis and characterization of (Ca,Sr)[C2O4]·nH2O solid solutions: Variations of phase composition, crystal morphologies and in ionic substitutions.
Crystals 9(12), 2019.
URL, DOI

V V Gurzhiy, M G Krzhizhanovskaya, A R Izatulina, G E Sigmon, S V Krivovichev and P C Burns.
Structure refinement and thermal stability studies of the uranyl carbonate mineral andersonite, Na 2 Ca[(Uo 2 )(CO 3 ) 3 ]·(5+x)H 2 O.
Minerals 8(12), 2018.
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A R Izatulina, V V Gurzhiy, M G Krzhizhanovskaya, M A Kuz'Mina, M Leoni and O V Frank-Kamenetskaya.
Hydrated Calcium Oxalates: Crystal Structures, Thermal Stability, and Phase Evolution.
Crystal Growth and Design 18(9):5465-5478, 2018.
URL, DOI

O V Frank-Kamenetskaya, A R Izatulina and M A Kuz’mina.
Ion substitutions, non-stoichiometry, and formation conditions of oxalate and phosphate minerals of the human body.
Lecture Notes in Earth System Sciences 0(9783319249858):425-442, 2016.
URL, DOI

A V Rusakov, O V Frank-Kamenetskaya, V V Gurzhiy, M S Zelenskaya, A R Izatulina and K V Sazanova.
Refinement of the crystal structures of biomimetic weddellites produced by microscopic fungus Aspergillus niger.
Crystallography Reports 59(3):362-368, 2014.
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O A Golovanova, Y O Punin, A R Izatulina and V V Korol'Kov.
Crystallization of calcium oxalate monohydrate in the presence of amino acids: Features and regularities.
Journal of Structural Chemistry 55(7):1356-1370, 2014.
URL, DOI

A Izatulina, V Gurzhiy and O Frank-Kamenetskaya.
Weddellite from renal stones: Structure refinement and dependence of crystal chemical features on H2,O content.
American Mineralogist 99(1):2-7, 2014.
URL, DOI

A R Izatulina, Y O Punin and O A Golovanova.
To the formation of aggregate structures of kidney stones.
Journal of Structural Chemistry 55(7):1225-1231, 2014.
URL, DOI

A R Izatulina, Y O Punin, A G Shtukenberg, O V Frank-Kamenetskaya and V V Gurzhiy.
Formation and stability of calcium oxalates, the main crystalline phases of kidney stones.
Volume 9783642200182, 2012.
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O A Golovanova, Yu.O. Punin, A R Izatulina, Yelnikov V.Yu. and Yu.V. Plotkina.
Structural-tex-tural features and ontogenetic regularities of renal stone formation [Russian Source].
Vestnik Sankt-Peterburgskogo Universiteta, Seriya Geologiya i Geografiya 2009(1):26-34+146+151, 2009.
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