ELIZAREVA, E.,
YANBAEV, Y.,
REDKINA, N.,
KUDASHKINA, N.,
ELIZARYEV, A.,
KHAMIDULLIN, I. (2019) are presented. Under the conditions of increasing chemical pollution, a decrease in the level of
accumulation of erythropoiesis are caused by presence of heavy metals in content of ore, which
accumulate in small doses
FENG, C.,
GONG, R.,
ZHENG, Q.Y.,
YANG, G.G.,
HE, M.Y.,
LEI, H.,
LI, X.D.,
ZHANG, L.,
XU, Z.H.,
LIU, S.Z.,
YU, M.X.,
MA, T.S.,
GAO, M.Q.,
BAMBA, D.,
IDIYATULLINA, E.T.,
ZAGIDULLIN, N.SH.,
PAVLOV, V.N.,
XU, C.Q.,
YUAN, Y.,
YANG, L. (2019) in ROS
accumulation, DNA
damage and p53 activity. Taken together, our study demonstrated synergistical
cardiomyocytes in
damaged hearts re-enter the cell cycle to acquire the proliferative capacity
Yuan, Y.,
Yan, G.,
Gong, R.,
Zhang, L.,
Liu, T.,
Feng, C.,
Du, W.,
Wang, Y.,
Yang, F.,
Li, Y.,
Guo, S.,
Ding, F.,
Ma, W.,
Idiiatullina, E.,
V.N. Pavlov,
Han, Z.,
Cai, B.,
Yang, L. (2017) intracellular levels of ROS production and DNA
damage.
RESULTS:
Both cell counting and EdU staining assays