Figures & data
Table 1. Purification steps of rPOD and tPOD with a sepharose-4B-tyrosine-4-aminobenzohydrazide affinity column chromatography.
Table 2. IC50 value, Ki constant, and inhibition type of pesticides for rPOD
Table 3. IC50 values, Ki constants, and inhibition types of pesticides for peroxidase purified from turnip (Brassica rapa L.) (tPOD).
Figure 1. (A) Activity (%)–[λ-cyhalothrin] plot for the tPOD in five different λ-cyhalothrin concentrations; (B) Lineweaver–Burk graph of λ-cyhalothrin for the tPOD using three different λ-cyhalothrin concentrations for the determination of Ki and inhibition type; (C) activity (%)–[λ-cyhalothrin] plot for the rPOD in five different λ-cyhalothrin concentrations; (D) Lineweaver–Burk graph of λ-cyhalothrin for the rPOD using three different λ-cyhalothrin concentrations for the determination of Ki and inhibition type.
![Figure 1. (A) Activity (%)–[λ-cyhalothrin] plot for the tPOD in five different λ-cyhalothrin concentrations; (B) Lineweaver–Burk graph of λ-cyhalothrin for the tPOD using three different λ-cyhalothrin concentrations for the determination of Ki and inhibition type; (C) activity (%)–[λ-cyhalothrin] plot for the rPOD in five different λ-cyhalothrin concentrations; (D) Lineweaver–Burk graph of λ-cyhalothrin for the rPOD using three different λ-cyhalothrin concentrations for the determination of Ki and inhibition type.](/cms/asset/3acdea01-d746-4248-82a0-90a692a78f93/ljfp_a_1424197_f0001_oc.jpg)