Under these conditions, MvSrc1 incorporated 0.46 mol of phosphate/mol of enzyme and MvSrc2 incorporated 0.13 mol/mol.
Thus, despite its greater lipophilicity, and contrary to our initial hypothesis, apo A-II cannot penetrate the lipid surface at 20 mol % FC because of the absence of defects, which are required for insertion of apolipoproteins.
Because 1 mol of SHBG homodimer binds to 2 mol of testosterone, a value of 2 was used for B in the equation (11).
To prepare the KNN glass ceramics, many past research projects have used less than 30 mol% of SiO2 because it produces a suitable ratio to exhibit transparent regions, therefore, 25 mol% SiO2 was chosen to prepare the glass in this work according to Yongsiri et al. [9] However, it has also been reported that the KNN glass with a low content of SiO2 possessed low mechanical strength.
The oxidation of glutamate is theoretically less energetically productive than pyruvate, however, because 1 mol each of NADH and ATP are produced at the 2-oxoglutarate dehydrogenase and succinyl-CoA ligase steps respectively, whereas only 1 mol of NADH is produced at the SSADH step in the GABA shunt.
Because 1 mol of creatine is produced by the creatine kinase-catalyzed phosphorylation of 1 mol of ADP by creatine phosphate, the amount of ATP hydrolyzed was established by measuring the change in creatine concentration in the reaction mixture.
Glycerin is a potential feedstock for hydrogen production because one mol of glycerin can produce up to four mols of hydrogen.
Subsequent experiments showed that even 2.0 mL of the eluent solution was enough for elution of metal ions, however, in all experiments metal ions were eluted by 4.0 mL of 1.0 mol L-1 of HNO3 solution because this volume was necessary for reading absorption signal of analytes by F-AAS.
The carbon dioxide content of the magma should less than 700 ppm, because the H2O/CO2 mol ratio of the volcanic gas on May 18 , 2011 is 70 and H2O content in the magma is 2 wt.% (Saito et al., 2011).
The maximum molar amount of Al used per experiment was limited to 0.5 mol; mainly because higher moles of Al would result in reactions with excessive heat release resulting in temperatures that the apparatus could not withstand.
SERCA2 is the energetically most efficient mechanism for the diastolic removal of Ca2+ from the cytosol, because the pump transports 2 mol of Ca2+ ions for each mol of ATP hydrolyzed.
