Physioklin, formerly Institute of Physiology and Pathophysiology, Mainz University, Mainz, Germany.
Eur J Med Res. 2024 May 12;29(1):281. doi: 10.1186/s40001-024-01796-6.
The base excess value (BE, mmol/L), not standard base excess (SBE), correctly calculated including pH, pCO (mmHg), sO (%) and cHb (g/dl) is a diagnostic tool for several in vivo events, e.g., mortality after multiple trauma or shock, acidosis, bleeding, clotting, artificial ventilation. In everyday clinical practice a few microlitres of blood (arterial, mixed venous or venous) are sufficient for optimal diagnostics of any metabolic acidosis or alkalosis.The same applies to a therapeutic tool-then referred to as potential base excess (BEpot)-for several in vitro assessments, e.g., solutions for infusion, sodium bicarbonate, blood products, packed red blood cells, plasma. Thus, BE or BEpot has been a parameter with exceptional clinical significance since 2007.
基础过剩值(BE,mmol/L),而不是标准基础过剩值(SBE),正确计算包括 pH、pCO(mmHg)、sO(%)和 cHb(g/dl),是多种体内事件的诊断工具,例如多发创伤或休克后死亡率、酸中毒、出血、凝血、人工通气。在日常临床实践中,只需几微升血液(动脉、混合静脉或静脉)即可对任何代谢性酸中毒或碱中毒进行最佳诊断。对于输注溶液、碳酸氢钠、血液制品、浓缩红细胞、血浆等几种体外评估,同样适用,此时称为潜在基础过剩值(BEpot)。因此,自 2007 年以来,BE 或 BEpot 一直是具有特殊临床意义的参数。