Article: Researchers from University of Zabol, Chemistry Department publish new studies and findings in the area of life sciences.

Scientists discuss in 'Theoretical investigation of tautomerism in N-hydroxy amidines' new findings in life sciences. According to a study from Iran, "A DFT study with QST3 approach method is used to calculate kinetic, thermodynamic, spectral and structural data of tautomers and transition state structures of some N-hydroxy amidines. All tautomers and transition states are optimized at the B3LYP/6-311++g* and B3LYP/aug-cc-pvtz level, with good agreement in energetic result with energies obtained from CBS-QB3, a complete basis set composite energy method."

"The result shows that the tautomer a (amide oxime) is more stable than the tautomer b (imino hydroxylamine) ...

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