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as TNF-apha. can dramatically increase the threshold temperature of coo-destruction. REFERENCES (1) Lam CM. Shire SA. Needle implantation ayoprobet Biophysical and thermal characteristics. Semis Laparosc Surg 1997:4:89-95. (2) Lam CM. Shine SA. Cumberi A. Ultrasonographic characterization of hepatic ayole

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

TNF-alpha. Can dramatically increase the threshold temperature of ayo• destruction. REFERENCES (1) Lam CM. Shim SA. Needle implantation ayoprobms: Biophysical and thermal characteristics. Semin Legatees Sing 1997:4:89-95. (2) Lam CM. Shim SA. Cuschieri A Ultrasonographic characterization of hepatic cryol

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

F- alpha, can dramatically increase the threshold temperature of cryo-destruction. REFERENCES ill Lam CM. Shimi SA. Needle implantation cryoprobes: Biophysical and thermal characteristics. Semin Laparosc Surg 1997;4:89-95. 121 Lam CM. Shimi SA. Cuschieri A. Ultrasonographic characterization of hepatic cry

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