Abstract:Laparoscopic preconditioning is more effective than the preischemic administration of erythropoietin in reducing laparoscopy-induced oxidative injury.
“…The administration of erythropoietin before the pneumoperitoneum significantly decreased the plasma levels of LDH, TNF-a, and MDA, compared with those found in the laparoscopy group [17].…”
“…The administration of erythropoietin before the pneumoperitoneum significantly decreased the plasma levels of LDH, TNF-a, and MDA, compared with those found in the laparoscopy group [17].…”
“…in the kidney [10], liver [11], brain [12] and heart [13]. Other injuries like laparoscopy-induced oxidative stress [14] or septic liver failure could also be attenuated by Epo prophylaxis or treatment [15].…”
In the present model, Epo, at a relatively low dosage, did not improve liver regeneration. However, the combination of Epo and Cur showed a synergistic effect with highly significant stimulation of liver regeneration.
“…These experiments used intra-abdominal pressures routinely applied in human clinical settings (12 to 15 mmHg) (2)(3)(4)(5)(6). However, recent evidences indicate that Pp above 8 mmHg in rats correspond to much higher pressures than those that are normally used in humans.…”
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