Figures & data
Figure 1. Schematic illustration of the experimental design used for the measurement of growth characteristics of E. coli.
![Figure 1. Schematic illustration of the experimental design used for the measurement of growth characteristics of E. coli.](/cms/asset/4a99c2dc-9fff-485f-9d0c-10efd8df904b/oabi_a_1625104_f0001_b.gif)
Table 1. List of Rife frequency used for evaluation of EMI effect on E Coli
Figure 2. The growth rate variation of E. coli after irradiation by EMF at different Rife frequencies programs: (a) programs from group A related to the inhibitory effect of E. coli and group B with anti-bacterial properties (b) Programs from group C with frequencies below 100 Hz, with no anti-bacterial properties stated in the database. Error bars representing standard deviation of triplicate samples.
![Figure 2. The growth rate variation of E. coli after irradiation by EMF at different Rife frequencies programs: (a) programs from group A related to the inhibitory effect of E. coli and group B with anti-bacterial properties (b) Programs from group C with frequencies below 100 Hz, with no anti-bacterial properties stated in the database. Error bars representing standard deviation of triplicate samples.](/cms/asset/a387604d-7554-4b5f-9dde-2d1f3f930cec/oabi_a_1625104_f0002_b.gif)
Figure 3. The growth rate variation of E. coli after irradiation by EMF at different frequency ranges: (a) the scanning wave in the range of 0–10,000 Hz, and (b) the scanning wave in the range of 0–100 Hz. Control: EMF-treated with 0 Hz radiation. Error bars representing standard deviation of triplicate samples.
![Figure 3. The growth rate variation of E. coli after irradiation by EMF at different frequency ranges: (a) the scanning wave in the range of 0–10,000 Hz, and (b) the scanning wave in the range of 0–100 Hz. Control: EMF-treated with 0 Hz radiation. Error bars representing standard deviation of triplicate samples.](/cms/asset/b0f0442f-996e-4e98-8e99-e602d6cbbfc3/oabi_a_1625104_f0003_b.gif)