In the case of alkyl zinc, even with an excess of alcohol present the most thermodynamically stable derivative is found to be the mono substituted [RZn(OR′)]4.
Immobilized enzymes are preferred over their soluble counterparts due to their robustness in harsh industrial processes; the most stable enzyme derivatives are often produced through multipoint covalent attachment (MCA).
The new curcumin derivative showed better free binding energy that was reflected upon the total potential energy, which was lower toward the most stable state in case of the new derivative when compared to that of curcumin complex.
In the case of radical trifluoromethylation, this means then that kinetically preferred C60(CF3) n derivatives should include the most stable C60(CF3) n −1 radicals as intermediates.
Therefore, the most stable protein/ligand complex is formed when we dock BPA based derivatives inside the LBD.
The most stable compounds were 17, 20, 31, 35, 40, 48, and 50, with derivatives 20 and 31 being relatively inactive.
Similarly, the isomer 60-18-1, withighhigh relative energy, was obtained in the first synthesis of C60(CF3)18 derivatives, and three isolated isomers of C60(CF3)16 are not the most stable.
For sulfated derivatives of GlcUA, all O1-methylated monosaccharides are found to be the most stable in the C1 conformation independently of the solvent use in the calculations.
All the calculations predict the 1,3-alternate as the most stable conformer for both compounds, which contrasts with an earlier theoretical study on the corresponding thiacalix[4]arene derivatives where cone was shown to be the most stable.
For all unmethylated sulfated derivatives of GlcUA (except for in vacuo calculation for GlcUA 3S), where the C4 conformation was the most stable), the S0 conformation is preferred.
