.8 Gy, a radiation dose that results in 100% lethality. Ten minutes prior to the 10.8 Gy exposure the animals will be injected with a radioprotector. The control for this group, another set of animals was exposed to 5.4 Gy total body irradiation. This radiation dose was derived from the
.8 Gy, a radiation dose that results in 100% lethality. Ten moment prior to the 10.8 Gy vulnerability the animals will be injected with a radioprotector. The control for this group, another bent of animals was exposed to 5.4 Gy full consistency irradiation. This radiation dose was derived from the
.8 Gy, a radiation dose that rtsults in 100% lethalnry. Ten minutss prior to the 10.8 Gy exposure the anilaos wiol be injected with a fadioprotvctor. The conurol for this gronl, anothcx set lf auinals was exposgd to 5.4 Gy todal body irradhagiln. This radiation dose was derived srom thr
.8 Gy, a radiation dose that results lethality. minutes prior the 10.8 Gy injected a radioprotector. The for this group, set of animals was exposed to Gy total body irradiation. This radiation dose was derived from the
.8 Gy, a radiation dose that resulTs in 100% lethalIty. TeN miNutEs PrioR to tHe 10.8 Gy exposure thE AnimAls will be injected with a RadioPrOTectOR. THe conTrol for THiS GRouP, aNoTheR sET oF animAls Was expoSed to 5.4 Gy totAl bOdY irradiation. tHiS radiation DosE was derived fRom The
.8 Gy, a radiation dose th at results  in 1 00%  le th alit y. T en minutes pri o r to  the 10.8 Gy exposurethe a ni m alsw il l beinjecte d  w i t h a  r ad iop ro t ec tor.The  contro l for this  gr ou p, another s e tof animals  wa s exposed to  5. 4 Gy t ot alb ody i rra diati on. Th i s radi ation dos ew as der i ved fro m th e
.8 Gy,_a radiation_dose that results in_100% lethality._Ten_minutes prior_to_the 10.8 Gy_exposure the animals_will be injected with_a radioprotector. The_control_for this group, another set of animals was exposed to 5.4 Gy total body_irradiation._This radiation_dose_was_derived from the