Meanings of warm ischemia in English

FFA accumulation during warm ischemia was about half that during cold ischemia.

Methods: Porcine kidneys were retrieved after 25 min warm ischemia.

Hand-assisted techniques showed shorter first warm ischemia and operation times.

Conjugated diene concentration increased fivefold during warm ischemia but was unchanged during cold ischemia.

Recipient overweight, pretransplant dialysis and warm ischemia were identified as risk factors for the occurrence of poor EGF.

Continued efforts are required to develop laparoscopic renal hypothermia techniques and facilitate intrarenal suturing, while minimizing warm ischemia time.

We have developed a modified three-cuff version of this technique that facilitates anastomosis and markedly reduces warm ischemia time.

This approach was initially described by laparoscopic surgeons to aid with hemostasis, prevent urine leaks, and shorten warm ischemia time.

Mean warm ischemia time was 23 minutes (range, 9.8 to 40).

Conclusions: The Quick-Linker technique significantly shortens warm ischemia time and allows rapid anastomosis that is relatively independent of operator skill.

Renal function was significantly impaired at 16 h reperfusion following 30 min of warm ischemia.

Results: The average duration of surgery was 83 min; warm ischemia time less than 5 min.

Eisen's hierarchical clustering methodology and Bayesean statistical methods were then used to assay the effects of warm ischemia on gene expression.

To quantitate the effects of warm ischemia on human tissue, we rapidly dissected normal mucosa from a human colon cancer specimen.

Conclusions: Hand-assistance reduces the operation and first warm ischemia times and may improve safety for surgeons with less experience in laparoscopic donor nephrectomy.

We hypothesized that the warm ischemia commonly associated with the surgical extirpation of human tissue would have significant effects on gene expression profiles.