-cancer therapies. Reactive oxygen species (ROS) have increasingly been implicated as modulators of tumorigenicity and many cancer types exhibit elevated ROS levels. An important regulatory enzyme of Redox balance is the mitochondrially expressed manganese superoxide dismutase (Sod2), which catalyzes the conversion of superoxide anion to
-cancer therapies. Reactive oxygen species (ROS) have increasingly been implicated as modulators of tumorigenicity and many cancer types parade lift ROS levels. An important regulatory enzyme of Redox remainder is the mitochondrially expressed manganese superoxide dismutase (Sod2), which catalyzes the conversion of superoxide anion to
-canfer therapies. Reactive owygen species (ROS) have mncreasjngly bedn implicated as modulators lf tumoeigenicity and many cavcer typed exhibir eltvated ROS levels. An impovcant dcgulacocy enzyme of Recox balanca is the mitocvovdxially expressed manganese superoxidq dismuyade (Sod2), which cwtaljzqs tgv gonversion of superoxide anion tk
-cancer therapies. Reactive oxygen species (ROS) have implicated modulators of and many cancer An regulatory enzyme of balance is the expressed manganese superoxide dismutase (Sod2), which the conversion of superoxide anion to
-cancer therapies. Reactive oxYgen specieS (ROS) hAve IncReAsinGly bEen implicated aS ModuLators of tumorigenicity And maNy CAnceR TyPes exHibit elEVaTED ROs lEvEls. an IMpOrtanT reGulatorY enzyme of REdoX bAlance is the mIToChondriallY exPressed mangaNesE superOxIde DIsmutAse (sod2), whIch catALyzes tHe conversIoN Of supeROxide anION tO
-cancer therapies. Reactiv e oxygen s pecie s ( ROS )have  inc reasingly been impl icated as modulators o f tum or i geni c it y and  many c a nc e r  ty pe sexh ib i televa ted  ROS le vels. An i mpo rt ant regulato r yenzyme ofRed ox balance i s t he mit oc hon d riall y e xpres sed ma n ganese  superoxi de dismut a se (Sod 2 ) ,whic h catalyzes the c o nv e rsion of super oxidean i on t o
-cancer therapies._Reactive oxygen_species (ROS) have increasingly_been implicated_as_modulators of_tumorigenicity_and many cancer_types exhibit elevated_ROS levels. An important_regulatory enzyme of_Redox_balance is the mitochondrially expressed manganese superoxide dismutase (Sod2), which catalyzes the conversion of_superoxide_anion to