Figure 1: Toggle switch states, Ch.1- OFF, Ch.2 in Monitoring mode, Ch. 4 Bypass mode, M: Monitoring B: Bypass (Ch. – channel)
Figure 2: Schematic circuit for 1 μA h-1 day-1 and 2 μA h-1 day-1 current flow
Figure 3: View of the internal connection between the hardware components for 20 channels
Figure 4: Schematic circuit for the 1 and 2 µA current flow continuously
Figure 5: Experiment setup – 1µA for 20 channels
Figure 6: Experiment setup – 2 µA for 20 channels
Figure 7: Stainless Steel electrodes are inserted to the callus tissue and the media
Table 1: Effect of electric current in callus induction
Figure 8: Increase in callus growth from initial inoculation (A) to one month after treatment (B) in T4
Figure 1: Toggle switch states, Ch.1- OFF, Ch.2 in Monitoring mode, Ch. 4 Bypass mode, M: Monitoring B: Bypass (Ch. – channel)
Figure 2: Schematic circuit for 1 μA h-1 day-1 and 2 μA h-1 day-1 current flow
Figure 3: View of the internal connection between the hardware components for 20 channels
Figure 4: Schematic circuit for the 1 and 2 µA current flow continuously
Figure 5: Experiment setup – 1µA for 20 channels
Figure 6: Experiment setup – 2 µA for 20 channels
Figure 7: Stainless Steel electrodes are inserted to the callus tissue and the media
Table 1: Effect of electric current in callus induction
Figure 8: Increase in callus growth from initial inoculation (A) to one month after treatment (B) in T4
Figure 1: Toggle switch states, Ch.1- OFF, Ch.2 in Monitoring mode, Ch. 4 Bypass mode, M: Monitoring B: Bypass (Ch. – channel)
Figure 2: Schematic circuit for 1 μA h-1 day-1 and 2 μA h-1 day-1 current flow
Figure 3: View of the internal connection between the hardware components for 20 channels
Figure 4: Schematic circuit for the 1 and 2 µA current flow continuously
Figure 5: Experiment setup – 1µA for 20 channels
Figure 6: Experiment setup – 2 µA for 20 channels
Figure 7: Stainless Steel electrodes are inserted to the callus tissue and the media
Table 1: Effect of electric current in callus induction
Figure 8: Increase in callus growth from initial inoculation (A) to one month after treatment (B) in T4
Figure 1: Toggle switch states, Ch.1- OFF, Ch.2 in Monitoring mode, Ch. 4 Bypass mode, M: Monitoring B: Bypass (Ch. – channel)
Figure 2: Schematic circuit for 1 μA h-1 day-1 and 2 μA h-1 day-1 current flow
Figure 3: View of the internal connection between the hardware components for 20 channels
Figure 4: Schematic circuit for the 1 and 2 µA current flow continuously
Figure 5: Experiment setup – 1µA for 20 channels
Figure 6: Experiment setup – 2 µA for 20 channels
Figure 7: Stainless Steel electrodes are inserted to the callus tissue and the media
Table 1: Effect of electric current in callus induction
Figure 8: Increase in callus growth from initial inoculation (A) to one month after treatment (B) in T4
Figure 1: Toggle switch states, Ch.1- OFF, Ch.2 in Monitoring mode, Ch. 4 Bypass mode, M: Monitoring B: Bypass (Ch. – channel)
Figure 2: Schematic circuit for 1 μA h-1 day-1 and 2 μA h-1 day-1 current flow
Figure 3: View of the internal connection between the hardware components for 20 channels
Figure 4: Schematic circuit for the 1 and 2 µA current flow continuously
Figure 5: Experiment setup – 1µA for 20 channels
Figure 6: Experiment setup – 2 µA for 20 channels
Figure 7: Stainless Steel electrodes are inserted to the callus tissue and the media
Table 1: Effect of electric current in callus induction
Figure 8: Increase in callus growth from initial inoculation (A) to one month after treatment (B) in T4
Figure 1: Toggle switch states, Ch.1- OFF, Ch.2 in Monitoring mode, Ch. 4 Bypass mode, M: Monitoring B: Bypass (Ch. – channel)
Figure 2: Schematic circuit for 1 μA h-1 day-1 and 2 μA h-1 day-1 current flow
Figure 3: View of the internal connection between the hardware components for 20 channels
Figure 4: Schematic circuit for the 1 and 2 µA current flow continuously
Figure 5: Experiment setup – 1µA for 20 channels
Figure 6: Experiment setup – 2 µA for 20 channels
Figure 7: Stainless Steel electrodes are inserted to the callus tissue and the media
Table 1: Effect of electric current in callus induction
Figure 8: Increase in callus growth from initial inoculation (A) to one month after treatment (B) in T4
Figure 1: Toggle switch states, Ch.1- OFF, Ch.2 in Monitoring mode, Ch. 4 Bypass mode, M: Monitoring B: Bypass (Ch. – channel)
Figure 2: Schematic circuit for 1 μA h-1 day-1 and 2 μA h-1 day-1 current flow
Figure 3: View of the internal connection between the hardware components for 20 channels
Figure 4: Schematic circuit for the 1 and 2 µA current flow continuously
Figure 5: Experiment setup – 1µA for 20 channels
Figure 6: Experiment setup – 2 µA for 20 channels
Figure 7: Stainless Steel electrodes are inserted to the callus tissue and the media
Table 1: Effect of electric current in callus induction
Figure 8: Increase in callus growth from initial inoculation (A) to one month after treatment (B) in T4
Figure 1: Toggle switch states, Ch.1- OFF, Ch.2 in Monitoring mode, Ch. 4 Bypass mode, M: Monitoring B: Bypass (Ch. – channel)
Figure 2: Schematic circuit for 1 μA h-1 day-1 and 2 μA h-1 day-1 current flow
Figure 3: View of the internal connection between the hardware components for 20 channels
Figure 4: Schematic circuit for the 1 and 2 µA current flow continuously
Figure 5: Experiment setup – 1µA for 20 channels
Figure 6: Experiment setup – 2 µA for 20 channels
Figure 7: Stainless Steel electrodes are inserted to the callus tissue and the media
Table 1: Effect of electric current in callus induction
Figure 8: Increase in callus growth from initial inoculation (A) to one month after treatment (B) in T4
Figure 1: Toggle switch states, Ch.1- OFF, Ch.2 in Monitoring mode, Ch. 4 Bypass mode, M: Monitoring B: Bypass (Ch. – channel)
Figure 2: Schematic circuit for 1 μA h-1 day-1 and 2 μA h-1 day-1 current flow
Figure 3: View of the internal connection between the hardware components for 20 channels
Figure 4: Schematic circuit for the 1 and 2 µA current flow continuously
Figure 5: Experiment setup – 1µA for 20 channels
Figure 6: Experiment setup – 2 µA for 20 channels
Figure 7: Stainless Steel electrodes are inserted to the callus tissue and the media
Table 1: Effect of electric current in callus induction
Figure 8: Increase in callus growth from initial inoculation (A) to one month after treatment (B) in T4
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