Sentence examples for membrane lung when from inspiring English sources

CO2 is primarily transported in a dissolved state in plasma and can be extracted effectively through a membrane lung when connected to high sweep gas flows [4, 5].

Second, severe respiratory acidosis can only be sufficiently corrected when using a membrane lung surface area of at least 0.8 m2 and blood flow rates of at least 750 mL/min.

In addition, the current study adds to these findings as it has shown that an increase of the surface area of the membrane lung is not sufficient to compensate for impaired CO2 elimination when low blood flow rates are maintained.

In this porcine model, vv-ECCO2R was most effective when using blood flow rates ranging between 750 and 1000 ml/min, with a membrane lung surface of at least 0.8 m2.

In conclusion, in this porcine model, vv-ECCO2R was most effective when using blood flow rates ranging between 750 and 1000 ml/min, with a membrane lung surface of ≥0.8 m2.

Amelioration of severe respiratory acidosis was only feasible when blood flow rates from 750 to 1000 ml/min were used with a membrane lung surface area of at least 0.8 m2.

The main findings of the present porcine study are that the surface area of the membrane lungs substantially impacts the ability to remove CO2 when using vv-ECCO2R, and that there is an important interplay between the size of the membrane lung and the chosen blood flow rate.

In addition, smaller sized membrane lungs may be advantageous when applied for longer durations, as in those using ECCO2R for bridging to lung transplantation, or when serving as long-term paracorporeal lung support.

Examples in nature include the cell membrane, lung surfactants, and the tear film.

Extracorporeal CO2 elimination was plotted against membrane lung surface.

First, the attempt to increase the CO2 elimination capability when using ECCO2R depends on two important parameters, which are not independent from each other: the blood flow rate and the membrane lung surface area.