An Effective Cooling Device for Minimal-Incision Kidney Transplantation

Yansheng Li; Xiuwu Han; Bayan-Undur Dagvadorj; Yongwei Zhao; Xin Zhang; Xuhui Zhu; Tao Li; Peng Zhang; Yuanhao Chen; Gao Li; Lkhamsuren Jambaljav

doi:10.12659/AOT.928773

27 November 2020 : Original article

An Effective Cooling Device for Minimal-Incision Kidney Transplantation

Yansheng Li^1ACDEG, Xiuwu Han^1ACDEG*, Bayan-Undur Dagvadorj^2AFG, Yongwei Zhao^34ADF, Xin Zhang^1CDG, Xuhui Zhu^1BCF, Tao Li^1BDF, Peng Zhang^1BDF, Yuanhao Chen^1BCF, Gao Li^1BCF, Lkhamsuren Jambaljav^2ADG

DOI: 10.12659/AOT.928773

Ann Transplant 2020; 25:e928773

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Figure 5 After the completion of revascularization, the transplanted kidney was bright red, with renal artery filling and good pulsation. The cooling jacket was cut to free the kidney, and the surgical team checked and verified that all components were completely removed, and the measuring electrode was removed (A). Minimal incisions can be smaller than the kidney (B).

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An Effective Cooling Device for Minimal-Incision Kidney Transplantation

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