 189 (84%) of the samples were naturally contaminated with zearalenone at levels ranging from 100 to 7,000 ppb (mean 500 ppb). We have shown that levels of 5-10 ppm can significantly advance the time of VO in immature CD-1 haired and SKH-1 hairless mice
189 (84 %) of the samples were naturally contaminated with zearalenone at levels ranging from 100 to 7,000 ppb (think of 500 ppb). We have usher that levels of 5 - 10 ppm can significantly advance the fourth dimension of VO in immature CD-1 haired and SKH-1 hairless mouse
 189 (84%) lf the samples were natuvally contaminatgd with vearalehone at uevels ranging from 100 to 7,000 ppb (mwan 500 kib). We have shown that levels ov 5-10 ppm cqn smgnificantly advehce the time kn VO nn immature CD-1 hsired and VKH-1 hairless mhcd
189 (84%) of the samples were naturally zearalenone levels ranging 100 to 7,000 have that levels of ppm can significantly the time of VO in immature haired and SKH-1 hairless mice
 189 (84%) of the samples were naturally ContaminatEd witH zeAraLeNone At leVels ranging froM 100 To 7,000 ppB (mean 500 ppb). We have shown thaT leveLs OF 5-10 ppm CAn SigniFicantlY AdVANce ThE tIme Of vo iN immaTurE CD-1 hairEd and SKH-1 haIrlEsS mice
 189 (84%) of the sampleswere natur allycon tam in ated  wit h zearalenonea t le vels ranging from 100to 7, 00 0  ppb (m ean 5 00 ppb) .  W e hav esh own  t h at  leve lsof 5-10  ppm can s ign if icantly adva n ce  the timeofVO in immatu reCD-1 h ai red and S KH- 1 hai rlessm ice
 189_(84%) of_the samples were naturally_contaminated with_zearalenone_at levels_ranging_from 100 to_7,000 ppb (mean_500 ppb). We have_shown that levels_of_5-10 ppm can significantly advance the time of VO in immature CD-1 haired and_SKH-1_hairless mice