Research Article

Research on the Impact and Mechanism for the Inhibition of Micrococcus Catalase Activity by Typical Tetracyclines

Table 2

Combination area ratio and energy change for TC-CAT complexes at different combination sites.

TCsCombination area ratio for catalytic active centerCombination area ratio for noncatalytic active centerEnergy change for catalytic active center (kcal/mol)Energy change for noncatalytic active center (kcal/mol)Combination sites

Tetracycline58%53%|-5.9784||-3.2641|Catalytic active center
Chlortetracycline62%57%|-7.9117||-4.8341|
Oxytetracycline58%56%|-6.9473||-4.5725|
Doxycycline55%53%|-3.5510||-3.3425|