Figures & data
Figure 3. Curves of velocity of substrate consumption as a function of inhibitor concentration. The dotted and straight lines correspond to the fitted model for tight-binding inhibition to the NF and NFOH data, respectively.
![Figure 3. Curves of velocity of substrate consumption as a function of inhibitor concentration. The dotted and straight lines correspond to the fitted model for tight-binding inhibition to the NF and NFOH data, respectively.](/cms/asset/6bd7129b-3888-4971-b2ff-fe62636bd1d3/ienz_a_394277_f0003_b.gif)
Figure 4. Minimal energy conformers (gas phase) of NF (left) and NFOH (right) calculated by the AM1 method represented in the (A) tube model and corresponding electronic surfaces: (B) MEPs (discrete distribution on level 7) in the range of −65 (intense red) to 30 (intense blue) kcal/mol (0.002 e/au3); (C) LUMO orbitalar distribution (0.032 eV); (D) LUMO maps (discrete distribution on level 7) (0.000 (red) to 0.012 (blue) kcal/mol). Atom color code: C (gray), O (red), N (blue), and H (white).
![Figure 4. Minimal energy conformers (gas phase) of NF (left) and NFOH (right) calculated by the AM1 method represented in the (A) tube model and corresponding electronic surfaces: (B) MEPs (discrete distribution on level 7) in the range of −65 (intense red) to 30 (intense blue) kcal/mol (0.002 e/au3); (C) LUMO orbitalar distribution (0.032 eV); (D) LUMO maps (discrete distribution on level 7) (0.000 (red) to 0.012 (blue) kcal/mol). Atom color code: C (gray), O (red), N (blue), and H (white).](/cms/asset/9c8bfead-e568-46aa-909f-78f1aa4df9f3/ienz_a_394277_f0004_b.gif)