Sentence examples for bicarbonate formation from inspiring English sources

Hong's collaborators at UCSF have previously shown that this amyloid catalyzes bicarbonate formation at a rate similar to that of carbonic anhydrase, supporting the theory that this type of simple amyloid could have been used by early life forms to carry out important reactions.

The experimental results shows that the CH2CH3 as a substituent connected to N-atom is better than CH3 and (CH2 5 for the higher CO2 equilibrium solubility, more bicarbonate formation, lower heat of CO2 absorption, higher CO2 cyclic capacity, faster CO2 initial release rate and higher CO2 removal efficiency.

In particular, the ability of ATR-FTIR to distinguish carbamate from bicarbonate formation accelerates the screening of potential PCC amines.

Bicarbonate formation is advantageous in consuming only one molecule of amine per molecule of CO2, allowing for increased CO2 absorption capacities.

It is sufficient to say that citrate can lead to bicarbonate formation, directly via the TCA cycle or indirectly through the formation of oxaloacetate.

Alkalosis will occur as the liver removes lactate from the plasma as a direct effect [ 30], not because of bicarbonate formation [ 48].

However, three inherent hurdles with this potential CO2 capture technology have not been fully solved yet: ammonium bicarbonate solid formation in the absorption tower which may plug the tower packing, high ammonia vapor pressure that results in ammonia slip into the cleaned flue gas, and low CO2 absorption rate resulting in large absorption equipment.

In 1981, he proposed a novel theory of acid base balance based principally on an explicit restatement of master Eqn 3: Bicarbonate ion formation equilibrium: [H+] × [HCO3-] = K'1 × S × PCO2     (4) Where K'1 is the apparent equilibrium constant for the Henderson–Hasselbalch equation and S is the solubility of CO2 in plasma.

The article describes: the deposit area, peculiarities of the landscapes and climate conditions, geological composition of the region, bicarbonate mineral water formation processes and coordinates of water outcrops.

If N3 is unprotonated, it could extract the proton from Glu218, triggering the series of proton transfers that ultimately results in the deprotonation of bicarbonate and the formation of carboxyphosphate.

In corals, it has been proposed that CAs function to provide increased inorganic substrates for both skeleton formation (bicarbonate) [ 113] and symbiont photosynthesis (carbon dioxide) [ 118], which may explain up-regulation of CA2 in branch bases.