Santomauro, DF,
Herrera, AMM,
Shadid, J,
Zheng, P,
Ashbaugh, C,
Pigott, DM,
Abbafati, C,
Adolph, C,
Amlag, JO,
Aravkin, AY,
Bang-Jensen, BL,
Idrisov, B,
Group Author (2021) during the COVID-19 pandemic and had a pre-pandemic baseline. We used the assembled
data in a meta-
regressionZagidullin, 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) -19, an
analysis of J-wave incidence in acute COVID-19 is lacking. Methods A total of 386 patients
Timasheva, Y,
Badykov, M,
Akhmadishina, L,
Nasibullin, T,
Badykova, E,
Pushkareva, A,
Plechev, V,
Sagitov, I,
Zagidullin, N (2021) the studied loci and SSS were tested using logistic
regression under recessive genetic model using sex and age
Lee, J.O.,
Yoon, Y.,
Idrisov, B.,
Kiriazova, T.,
Makarenko, O.,
Sereda, Y.,
Bendiks, S.,
Cody, K.,
Schoenberger, S.F.,
Nurius, P.S.,
Halim, N.,
Flanigan, T.,
Samet, J.H.,
Liebschutz, J.,
Lunze, K. (2021) behaviors.
Data came from the Providence/Boston-CFAR-Ukraine Study involving 191 HIV-positive people who