Most importantly, there is a need to implement reporting systems of near miss events and delays related to these events that could allocate resources to correct the gaps in obstetric care [ 50, 51].
(2) Theorem 3.3 extends Theorem 3.8 of Zhang and Song [18] to the viscosity iterative method together with our proof, which corrects the gap in the proof of [18].
Before analysis, the data are usually modified using some window function to correct the gap between the imaginary infinite data and real finite data if the amount of data is not sufficiently large.
Although we were not able to reproduce the prognostic value of the PcvaCO2 gap, our data suggest that the prognostic significance is enhanced when correcting the PcvaCO2 gap for the oxygen content difference.
The importance of correcting the anion gap for albumin is not limited to the adult population.
Moreover, some authors have suggested that correcting the PcvaCO2 gap by the CavO2 (PcvaCO2/CavO2 ratio) might enhance its value as a marker of anaerobic metabolism [ 15, 18].
However, a simple means of correcting the anion gap can be used to estimate SIG and may provide additional insight into this common clinical problem.
However, the calculation of SIG is cumbersome and although easy enough to derive given a computer or programmable calculator, it seems that correcting the anion gap for albumin, phosphate, and lactate provided a reasonable surrogate for the SIG.
Even partially correcting the 10/90 gap – that 90percentt of global research is targeted at diseases comprising only 10percentnt of the global burden of disease – will contribute to more health research being conducted in developing countries.
In addition, some authors have suggested that correcting the PcvaCO2 gap by an approximation of the oxygen consumption, the PcvaCO2/arterial-to-venous oxygen content difference (CavO2) ratio, might be superior to the PcvaCO2 gap to detect anaerobic metabolism [ 15], and therefore should be a more reliable parameter to guide the resuscitation process.
