ARSENIC TRIOXIDE BLOCKED PROLIFERATION AND CARDIOMYOCYTE DIFFERENTIATION OF HUMAN INDUCED PLURIPOTENT STEM CELLS: IMPLICATION IN CARDIAC DEVELOPMENTAL TOXICITYBAO, Z.,
HAN, Z.,
ZHANG, B.,
YU, Y.,
XU, Z.,
MA, W.,
DING, F.,
ZHANG, L.,
YU, M.,
LIU, S.,
JIN, M.,
YAN, G.,
HUANG, Q.,
WANG, X.,
HUA, B.,
YANG, F.,
LI, Y.,
LIU, Y.,
LI, B.,
WANG, N.,
CAI, B.,
ZAGIDULLIN, N.,
CARVALHO, K. ATOonhumancardiacdevelopmentbyusingavitrocardiacdifferentiationmodel ofhumaninducedpluripotentstemcells(hiPSCs).Herewefoundthatclinicallyachievableconcentrations(0.1, 0.
5 and 1μM) of ATO resulted in a
ARSENIC TRIOXIDE BLOCKED PROLIFERATION AND CARDIOMYOCYTE DIFFERENTIATION OF HUMAN INDUCED PLURIPOTENT STEM CELLS: IMPLICATION IN CARDIAC DEVELOPMENTAL TOXICITYBAO, Z.,
HAN, Z.,
ZHANG, B.,
YU, Y.,
XU, Z.,
MA, W.,
DING, F.,
ZHANG, L.,
YU, M.,
LIU, S.,
JIN, M.,
YAN, G.,
HUANG, Q.,
WANG, X.,
HUA, B.,
YANG, F.,
LI, Y.,
LIU, Y.,
LI, B.,
WANG, N.,
CAI, B.,
ZAGIDULLIN, N.,
CARVALHO, K. ATOonhumancardiacdevelopmentbyusingavitrocardiacdifferentiationmodel ofhumaninducedpluripotentstemcells(hiPSCs).Herewefoundthatclinicallyachievableconcentrations(0.1, 0.
5 and 1μM) of ATO resulted in a
ENVIRONMENTAL ASSESSMENT OF DRINKING WATER TREATMENT PLANTS IN THE REPUBLIC OF ECUADOR potential (
HTP). The results are given per 1 m3 of drinking water produced at a water treatment plant.
Pre-illumination of rice blast conidia induces tolerance to subsequent oxidative stress extent,
5-hillumination. The effect was diminished by antioxidants and, therefore, suggests involvement
37Cl/35Cl-Induced 13C Isotope Shifts in Chlorinated Methanes resolution better than 0.01 Hz, 37Cl/35Cl-
induced isotope effects on 13C chemical shifts were found ranging
Neutron irradiation-induced modification of electrical and structural properties of GaN epifilms grown on Al2O3 (0001) substrateBoiko, V. M.,
Kolin, N. G.,
Kosobutsky, Alexey V.,
Korulin, A. V.,
Brudnyi, P. A.,
Ermakov, V. S.,
Brudnyi, Valentin N. The effects of fast neutron (up to 1.75 × 1020 f.n. cm–2) and fast plus thermal neutron (up to 3.
5 Electron–phonon interaction in In-induced √7 ×√3 structures on Si(111) from first-principles-layer structures, it is found that the phonon-
induced scattering of electrons is almost exclusively determined