%0 Figure %A S. Makarova, Kira %A V. Omelchenko, Marina %A K. Gaidamakova, Elena %A Y. Matrosova, Vera %A Vasilenko, Alexander %A Zhai, Min %A Lapidus, Alla %A Copeland, Alex %A Kim, Edwin %A Land, Miriam %A Mavromatis, Konstantinos %A Pitluck, Samuel %A M. Richardson, Paul %A Detter, Chris %A Brettin, Thomas %A Saunders, Elizabeth %A Lai, Barry %A Ravel, Bruce %A Kemner, Kenneth M. %A I. Wolf, Yuri %A Sorokin, Alexander %A V. Gerasimova, Anna %A S. Gelfand, Mikhail %A Fredrickson, James K. %A V. Koonin, Eugene %A J. Daly, Michael %D 2007 %T Radiation resistance and genome structure of D. geothermalis and D. radiodurans. A, IR (60Co, 5.5 kGy/h). %U https://plos.figshare.com/articles/figure/_Radiation_resistance_and_genome_structure_of_D_geothermalis_and_D_radiodurans_A_IR_60_Co_5_5_kGy_h_/614894 %R 10.1371/journal.pone.0000955.g001 %2 https://ndownloader.figshare.com/files/944542 %K genome %K ir %X

B, UV (254 nm) (3 J/m2 s−1). Open circle, D. radiodurans (32°C); open triangle, D. geothermalis (50°C); and open square, D. geothermalis (32°C). Values are from three independent trials with standard deviations shown. At near-optimal growth temperatures, the 10% survival values (D10) following IR for D. radiodurans (32°C) and D. geothermalis (50°C) are 15 kGy; for E. coli, 0.7 kGy (37°C) [5]; and for T. thermophilus (HB27) 0.8 kGy (65°C) [27]. C, PFGE of genomic DNA prepared from irradiated (0.2 kGy) D. radiodurans (DR+IR) and D. geothermalis (DG+IR); and genomic DNA from non-irradiated D. geothermalis digested with SpeI (DG+SpeI). (M) PFGE DNA size markers. PFGE was as described previously [77].

%I PLOS ONE