The cytotoxic
activity of a number of A-modified derivatives of glycyrrhetic acid (GLA) and 11
VALIULLINA, Z.R.,
GALEEVA, A.M.,
GIMALOVA, F.A.,
SELEZNEVA, N.K.,
KHASANOVA, L.S.,
MIFTAKHOV, M.S.,
MAVZYUTOV, A.R (2019) . The antibacterial
activity of the resulting carbapenems and
their preceding pNb-esters has been studied against
on the
activity of hydrolytic enzymes (amylases and proteinases) and their protein inhibitors in the leaves
). Teaching students with the formation of non-cognitive skills using
active teaching methods in the form
Макара, Н.С.,
Вахитова, Ю.В.,
Зарудий, Ф.С.,
Tsypysheva, I.P.,
Kovalskaya, A.V.,
Lobov, A.N.,
Petrova, P.R.,
Farafontova, E.I.,
Zainullina, L.F.,
Makara N.S.,
Vakhitova, Yu.V.,
Zarudii, F.S. (2015) of secondary amines. The nootropic
activity of the synthesized compounds was studied in vivo (mnestic
Baltina, L.A.,
Stolyarova, O.V.,
Kondratenko, R.M.,
Gabbasov, T.M.,
Baltina, L.A.,
Plyasunova, O.A.,
Il’ina, T.V. (2014) with HCl (5%). The cytotoxicity and antiviral
activity of this glycoside against HIV-1 was studied in MT-4