Figures & data
FIGURE 2 Inactivation of PEF on E. coli and S. cerevisiae: (a) E. coli, electric field strength, treatment time; (b) S. cerevisiae, electric field strength, treatment time; (c) E. coli, electric field strength, conductivity; (d) S. cerevisiae, electric field strength, conductivity.
![FIGURE 2 Inactivation of PEF on E. coli and S. cerevisiae: (a) E. coli, electric field strength, treatment time; (b) S. cerevisiae, electric field strength, treatment time; (c) E. coli, electric field strength, conductivity; (d) S. cerevisiae, electric field strength, conductivity.](/cms/asset/cf9f0472-45b7-4cf1-9fd8-111af87a29ec/ljfp_a_917098_f0002_oc.jpg)
FIGURE 3 SEM image of PEF-treated cells of S. cerevisiae: (a) control; (b) PEF-treated cells (30 kV/cm, 60 μs); (c) PEF-treated cells (35 kV/cm, 90 μs).
![FIGURE 3 SEM image of PEF-treated cells of S. cerevisiae: (a) control; (b) PEF-treated cells (30 kV/cm, 60 μs); (c) PEF-treated cells (35 kV/cm, 90 μs).](/cms/asset/04622452-3374-43bc-861f-7ca9a282dd6c/ljfp_a_917098_f0003_b.gif)
FIGURE 4 PEF-treated cells of S. cerevisiae observed using TEM: (a) control; (b) PEF-treated cells (30 kV/cm, 60 μs); (c) PEF-treated cells (35 kV/cm, 90 μs).
![FIGURE 4 PEF-treated cells of S. cerevisiae observed using TEM: (a) control; (b) PEF-treated cells (30 kV/cm, 60 μs); (c) PEF-treated cells (35 kV/cm, 90 μs).](/cms/asset/f30125cc-e173-4475-908f-85e4e423ed2d/ljfp_a_917098_f0004_b.gif)
TABLE 1 Amount of UV-absorbing materials from S. cerevisiae leaked into the suspension after PEF treatment
TABLE 2 FCM result of S. cerevisiae after PEF treatment