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s (Figure 1.8.11). cti rigor° 15.10. Average Wedgy° standard deviation of tumor morsels (expressed as optical density per 100 mg wet weight) From Robinson? D. et at Cryobiology 2001;43:440 c! ‘.. A Figure 1-8.11.7 A. Cell necrosis following a single freezing cycle is not tniform (Aldan blue stain, an

JC, Sandison GA. Muidrew K. et al.Amodel for the lime dependent threedimensicoal thermal distribution with iceballs surrounding multiple coopittes. Med Phys 200128:11221137. (18) Miller WI Mama P. Survival frozea•thawed human red cells as a function of cooling and warning velocities. Cryobiology 1978:13

. origiral magnification 3200). B. Cell necrosis following two freezing cycles appears uniform (Akien due slain. original magnification 3200). From Robinson? D. of at Cryobiology 2001.414-10 Interestingly. Ktillmans study indicates a marked reduction of leukocyte nfiltration after double freezing compare

C. Sandison GA. Muldrew K. el al. A model for the lime dependent three-dimensional thermal dstnbuition within :abatis surrounding muliple cryoprobes. Med Phys 2001:Z1125- 1137. (18) Miller RH. Mazur P. Strand of Frozen•thawed human red cells as a function of cooling and yearning velocities. Cryobiology 197

of Yllette Guerrero•Filart READ MORE » EFTA_R1_00031720 EFTA01741615 Figure 1-8-10. Average viability 6 standard deviation of tumor morse From Robrnson> D. et al. Cryob&ogy 2001.43.4-10 1-8-2 Effectiveness of Cryosurgery Kecheng Xu Number of freeze-thaw cycles There is some evidence that a double

ndison GA. Muldrevv K. et al. A model for the time dependent three-dimensional thermal distribution within iceballs surrounding multiple cryoprobes. Med Phys 2001:28:1125-1137. [18] Miler RH, Mazur P. Survival of frozen-thawed human red cells as a function of cooling and warming velocities. Cryobiology 1