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flectieely enhances marprod cell destruction. additionally. significantly increases the overall Lawns of the lesion. In diliCal practice. additional Pringle maneuver (vascular occlusion) was introduced with the idea to increase the EFTA00661250 volume and effectiveness of the cryosurgical penoedure(28.

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

ffectively enhances marginal cell destruction. additionally. significantly messes the overall volume of the lesion. In clinical practice. additional Pringle maneuver (vascular occlusion) was introduced with the idea to increase the volume and effectiveness of the cryosurgcal proceduie(28.27). In a sheep

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

ctively enhances marginal cell destruction, additionally, significantly increases the overall volume of the lesion. In clinical practice, additional Pringle maneuver (vascular occlusion) was introduced with the idea to increase the volume and effectiveness of the cryosurgical procedurel26,271. In a shee

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