Involvement of transposons in epigenetic regulation of embryogenesisInvolvement of transposons in
epigenetic regulation of embryogenesis
basis for a specific targeted effect on reversible
epigenetic mechanisms of their origin. Non
altering cardiomyocyte fate plasticity, which is emerging as an effective strategy to compensate
, and FGFRL1 genes to examine the association between miRNA target site
alteration and the incidence of OA
Zagidullin, N.S.,
Motloch, L.J.,
Musin, T.I.,
Bagmanova, Z.A.,
Lakman, I.A.,
Tyurin, A.V.,
Gumerov, R.M.,
Enikeev, D.,
Cai, B.,
Gareeva, D.F.,
Davtyan, P.A.,
Gareev, D.A. (2021) to ventricular tachycardias. While arrhythmias and non-specific ECG
alterations are a frequent finding in COVID
is not well understood. However, research has been done to
alter the intestinal micro-biota of pigs infected
Mingyu, He,
Gege, Yan,
Yang, Wang,
Gong, Rui,
Lei, Hong,
Yu, Shuting,
He, Xiaoqi,
Li, Guanghui,
Du, Weijie,
Ma, Tianshuai,
Gao, Manqi,
Yu, Meixi,
Liu, Shenzhen,
Xu, Zihang,
Idiiatullina, Elina,
Zagidullin, Naufal,
Pavlov, Valentin,
Cai, Benzhi,
Yuan, Ye,
Yang, Lei (2021) by
alterations in autophagy protein markers including Beclin-1, LC3-II/LC3-I and P62. Moreover, we demonstrated