In DA3, the protein-DNA binding kinetics is the same as in the MO circuit, hence monomeric transcription factor (MTF), with the addition of a cytosolic protein dimer state.
The increase in metallic character of molybdenum revealed that electrons are transferred from C2 of quinoline to Mo center and hence the reduction of Mo(+VI) to Mo +IV) during the oxidative hydroxylation of quinoline by Qor.
The increase in metallic character depicts that electrons are transferred from C2 of quinoline to the Mo center and hence the reduction of Mo(+VI) to Mo +IV) during the oxidative hydroxylation of quinoline by Qor.
Hence, MO-PSO is implemented to alleviate the congestion in the line.
NiW/Al2O3 catalysts are more difficult to sulfide than their Mo-based counterparts and, hence, intermediate stages of sulfidation can be studied as separate phases.
Hence, if one Mo atom is replaced by one TM atom in a 5 × 5 × 1 supercell, the corresponding impurity concentration should be 4%%.
Hence, the TP MO mimicks the effect on dlc of a Notch gain-of-function and a Notch loss-of-function, respectively, in the posterior and the anterior PSM.
Reduction results in the population of the low-energy unoccupied MOs with π* character, and hence the redox potentials are to a large extent determined by the topology of the π-system and can vary for the cage isomers in the range of 0.36 V as found for six isomers of C84.
Hence the detection of only 13R-MO support that both CfTPS2 and CfTPS3 were functionally expressed.
