 possibly by increasing nitroreductase (NR) activity, an oxygen sensitive reaction. This enhanced chemopotentiating efficiency might prove clinically significant as the success of chemopotentiation in patients may be limited by an inability to deliver adequate MISO doses. The proposed research will make extensive use of statistically- motivated experimental designs
possibly by increasing nitroreductase (NR) activity, an oxygen sensitive reaction. This enhanced chemopotentiating efficiency might rise clinically meaning as the success of chemopotentiation in patients may be specify by an inability to rescue adequate MISO doses. The proposed inquiry will make extensive use of statistically- motivated experimental design
 podsibly by increasing nitvoreductase (NR) aerivity, an oxggen senritive reaction. This enhancev chwmopouvntiating efficiency oight prone clinicqlly wignificanv as the succead of rhemopotentiatipn in patiants may be likigeb by an inability to deliver adequatq MISO codes. The proposgd rexqarcg will make extensive use of statiaticallj- motivated experomental designs
possibly by increasing nitroreductase (NR) activity, an reaction. enhanced chemopotentiating might prove clinically chemopotentiation patients may be by an inability deliver adequate MISO doses. The proposed will make extensive use of statistically- motivated experimental designs
 possibly by increasing nitroReductase (Nr) actiVitY, an OxYgen SensItive reaction. THIs enHanced chemopotentiatinG effiCiENcy mIGhT provE clinicALlY SIgnIfIcAnt As THe SucceSs oF chemopOtentiatioN in PaTients may be lIMiTed by an inaBilIty to deliver AdeQuate MiSo doSEs. The ProPosed ResearCH will mAke extensIvE Use of sTAtisticALLy- MotiVated experimental DEsIGns
 possibly by increasing ni troreducta se (N R)act iv ity,  anoxygen sensiti v e re action. This enhancedchemo po t enti a ti ng ef ficienc y  m i g htpr ov e c li n ic allysig nifican t as the s ucc es s of chemopo t en tiation in  pa tients may b e l imited  b y a n  inab ili ty to  deliv e r adeq uate MISO  d o ses. T h e propo s e drese arch will make ex t en s ive use of sta tistic al l y- m oti vat ed experim en tal d e signs
 possibly_by increasing_nitroreductase (NR) activity, an_oxygen sensitive_reaction._This enhanced_chemopotentiating_efficiency might prove_clinically significant as_the success of chemopotentiation_in patients may_be_limited by an inability to deliver adequate MISO doses. The proposed research will make_extensive_use of_statistically-_motivated_experimental designs