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  1. 2014

  2. The effect of the Glu41lys mutation in β-skeletal tropomyosin on its position on the thin filament and flexibility during the ATPase cycle

    Rysev, N. A., Simonyan, A. O., Piers, A., Redwood, C. S. & Borovikov, Y. S., 2014

    Research output: Other contribution › Research

  3. Модуляция конформации субфрагмента-1 миозина (S-1) и ингибирование S-1-АТФазы кальпонином мидии

    Сиренко, В. В., Симонян, А. О., Добржанская, А. В., Шелудько, Н. С. & Боровиков, Ю. С., 2014, In: Цитология. 56, 10, p. 763-769

    Research output: Contribution to journal › Article

  4. Точечная мутация Gln147Pro в тропомиозине, вызывающая немалиновую миопатию, разобщает согласованные конформационные перестройки актомиозина

    Карпичева, О. Е., Симонян, А. О., Редвуд, Ч. С. & Боровиков, Ю. С., 2014

    Research output: Other contribution › Research

  5. 2013

  6. 40kDa Protein from Thin Filaments of the Mussel Crenomytilus grayanus Changes the Conformation of F-Actin during the ATPase Cycle

    Sirenko, V. V., Simonyan, A. H., Dobrzhanskaya, A. V., Shelud’ko, N. S. & Borovikov, Y. S., 2013, In: Biochemistry (Moscow). 78, 3, p. 273-281

    Research output: Contribution to journal › Article › peer-review

  7. The effect of the arthrogryposis-causing Arg91Gly mutation in beta-skeletal tropomyosin on its position on the thin filament and flexibility during the ATPase cycle

    Simonyan, A., Rysev, N., Chernev, A., Krutetskaya, Z., Piers, A., Redwood, C. & Borovikov, Y., 2013

    Research output: Other contribution › Research

  8. 2012

  9. 40-kDa actin-binding protein of thin filaments of the mussel Crenomytilus grayanus inhibits the strong bond formation between actin and myosin head during the ATPase cycle

    Sirenko, V. V., Simonyan, A. H., Dobrzhanskaya, A. V., Shelud'ko, N. S. & Borovikov, Y. S., 2012, In: Biochemistry (Moscow). 77, 8, p. 889-895

    Research output: Contribution to journal › Article › peer-review

  10. Calponin-like protein inhibits the rotation of SH1 myosin and actin subdomain-1 and alters their mobility during the ATP hydrolysis cycle.

    Sirenko, V. V., Simonyan, A. H., Dobrshanskaya, A. V., Shelud’ko, N. S. & Borovikov, Y. S., 2012

    Research output: Other contribution › Research

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