Zhang, Lu,
Wang, Yi-ning,
Ju, Jia-ming,
Shabanova, Azaliia,
Li, Yue,
Fang, Ruo-nan,
Sun, Jia-bin,
Guo, Ying-ying,
Jin, Tong-zhu,
Liu, Yan-yan,
Li, Tian-yu,
Shan, Hong-li,
Liang, Hai-hai,
Yang, Bao-feng (2020) cardiomyocytes, knockdown of Mzb1 decreased mitochondrial membrane
potential, impaired mitochondrial function
potential for preparation of ferroelectric liquid crystal cells with the desired surface parameters has
. and G. uralensis Fisch. and a leading natural glycoside with
potential as a medicine for developing new
of the inflammatory activity. This review focuses on the
potential role of microglia and the dynamic M1/M2 phenotype
Abdullina, D.U.,
Korznikova, E.A.,
Dubinko, V.I.,
Laptev, D.V.,
Kudreyko, A.A.,
Soboleva, E.G.,
Dmitriev, S.V.,
Zhou, K. (2020) collapse. It is found that the
potential energy of the CNT bundle during deformation changes mainly due
Guo, Q.,
Liu, T.,
Wang, X.,
Zheng, Z.,
Kudreyko, A.,
Zhao, H.,
Chigrinov, V.,
Kwok, H.-S. (2020) to their
potential applications in imaging coding, optical sensing, etc. Application of ferroelectric liquid crystals
of the peptides and microRNAs that unite them, the complex application of which has high
potentialGUO, Q.,
LIU, T.,
WANG, X.Q.,
ZHENG, Z.G.,
KUDREIKO, A.A.,
ZHAO, H.J.,
CHIGRINOV, V.,
KWOK, H.S. (2020) to their
potential applications in imaging coding, optical sensing, etc. Application of ferroelectric liquid crystals