Automatic processing and analysis of the quality healing of derma injury types: no ficin group (
N), ficin group (F), immobilized ficin (Fi). We tested 10 bitmaps for every group
GSTP1 c.313A>G polymorphism in Russian and Polish athletesZarebska A.,
Jastrzebski Z.,
Ahmetov I.,
Zmijewski P.,
Cieszczyk P.,
Leonska-Duniec A.,
Sawczuk M.,
Leznicka K.,
Trybek G.,
Semenova E.,
Maciejewska-Skrendo A. in two cohorts: in a group of Russian athletes (
n = 507) and in an independent population of Polish
Whole genome sequencing of elite athletesBoulygina E.A.,
Borisov O.V.,
Valeeva E.V.,
Semenova E.A.,
Kostryukova E.S.,
Kulemin N.A.,
Larin A.K.,
Nabiullina R.M.,
Mavliev F.A.,
Akhatov A.M.,
Andryushchenko O.N.,
Andryushchenko L.B.,
Zmijewski P.,
Generozov E.V.,
Ahmetov I.I. contained 18.9 nonsense SNPs in a homozygous state per sample, while non-Athletes' exomes (Tatar controls,
n SOD2 gene polymorphism and muscle damage markers in elite athletesAhmetov I.,
Naumov V.,
Donnikov A.,
Maciejewska-Karłowska A.,
Kostryukova E.,
Larin A.,
Maykova E.,
Alexeev D.,
Fedotovskaya O.,
Generozov E.,
Jastrzebski Z.,
Zmijewski P.,
Kravtsova O.,
Kulemin N.,
Leonska-Duniec A.,
Martykanova D.,
Ospanova E.,
Pavlenko A.,
Podol'skaya A.,
Sawczuk M.,
Alimova F.,
Trofimov D.,
Govorun V.,
Cieszczyk P. .6%) was significantly lower in power/strength athletes (
n = 524) compared to controls (25.0%, p = 0.0076) or athletes