Detection of action potentials in M1 L2/3

Table 1. Number of detected action potentials.

W1 C3

The Vm data were not filtered nor centered.

Action potentials (APs) were detected using the first derivative of the membrane potential, \(V_m'\). The onset of the AP was defined as the time point where \(V_m'\) exceeded 22 mV/ms. The offset of the AP was defined as the time point 2 ms after the AP peak (\(V_m' = 0\) mV/ms). ’

Figure 1. Membrane potential in animal W1 cell C3. Detected action potentials are marked in red.

Figure 2. Continuous membrane potential data through all the trials.

W1 C4

The Vm data were not filtered nor centered.

Action potentials (APs) were detected using the first derivative of the membrane potential, \(V_m'\). The onset of the AP was defined as the time point where \(V_m'\) exceeded 22 mV/ms. The offset of the AP was defined as the time point 2 ms after the AP peak (\(V_m' = 0\) mV/ms). ’

Figure 1. Membrane potential in animal W1 cell C4. Detected action potentials are marked in red.

Figure 2. Continuous membrane potential data through all the trials.

W1 C5

The Vm data were not filtered nor centered.

Action potentials (APs) were detected using the first derivative of the membrane potential, \(V_m'\). The onset of the AP was defined as the time point where \(V_m'\) exceeded 22 mV/ms. The offset of the AP was defined as the time point 2 ms after the AP peak (\(V_m' = 0\) mV/ms). ’

Figure 1. Membrane potential in animal W1 cell C5. Detected action potentials are marked in red.

Figure 2. Continuous membrane potential data through all the trials.

W1 C6

The Vm data were not filtered nor centered.

Action potentials (APs) were detected using the first derivative of the membrane potential, \(V_m'\). The onset of the AP was defined as the time point where \(V_m'\) exceeded 22 mV/ms. The offset of the AP was defined as the time point 2 ms after the AP peak (\(V_m' = 0\) mV/ms). ’

Figure 1. Membrane potential in animal W1 cell C6. Detected action potentials are marked in red.

Figure 2. Continuous membrane potential data through all the trials.

W2 C1

The Vm data were not filtered nor centered.

Action potentials (APs) were detected using the first derivative of the membrane potential, \(V_m'\). The onset of the AP was defined as the time point where \(V_m'\) exceeded 22 mV/ms. The offset of the AP was defined as the time point 2 ms after the AP peak (\(V_m' = 0\) mV/ms). ’

Figure 1. Membrane potential in animal W2 cell C1. Detected action potentials are marked in red.

Figure 2. Continuous membrane potential data through all the trials.

W2 C2

The Vm data were not filtered nor centered.

Action potentials (APs) were detected using the first derivative of the membrane potential, \(V_m'\). The onset of the AP was defined as the time point where \(V_m'\) exceeded 22 mV/ms. The offset of the AP was defined as the time point 2 ms after the AP peak (\(V_m' = 0\) mV/ms). ’

Figure 1. Membrane potential in animal W2 cell C2. Detected action potentials are marked in red.

Figure 2. Continuous membrane potential data through all the trials.

W3 C1

The Vm data were not filtered nor centered.

Action potentials (APs) were detected using the first derivative of the membrane potential, \(V_m'\). The onset of the AP was defined as the time point where \(V_m'\) exceeded 22 mV/ms. The offset of the AP was defined as the time point 2 ms after the AP peak (\(V_m' = 0\) mV/ms). ’

Figure 1. Membrane potential in animal W3 cell C1. Detected action potentials are marked in red.

Figure 2. Continuous membrane potential data through all the trials.

W3 C2

The Vm data were not filtered nor centered.

Action potentials (APs) were detected using the first derivative of the membrane potential, \(V_m'\). The onset of the AP was defined as the time point where \(V_m'\) exceeded 22 mV/ms. The offset of the AP was defined as the time point 2 ms after the AP peak (\(V_m' = 0\) mV/ms). ’

Figure 1. Membrane potential in animal W3 cell C2. Detected action potentials are marked in red.

Figure 2. Continuous membrane potential data through all the trials.

W3 C3

The Vm data were not filtered nor centered.

Action potentials (APs) were detected using the first derivative of the membrane potential, \(V_m'\). The onset of the AP was defined as the time point where \(V_m'\) exceeded 22 mV/ms. The offset of the AP was defined as the time point 2 ms after the AP peak (\(V_m' = 0\) mV/ms). ’

Figure 1. Membrane potential in animal W3 cell C3. Detected action potentials are marked in red.

Figure 2. Continuous membrane potential data through all the trials.

W3 C7

The Vm data were not filtered nor centered.

Action potentials (APs) were detected using the first derivative of the membrane potential, \(V_m'\). The onset of the AP was defined as the time point where \(V_m'\) exceeded 22 mV/ms. The offset of the AP was defined as the time point 2 ms after the AP peak (\(V_m' = 0\) mV/ms). ’

Figure 1. Membrane potential in animal W3 cell C7. Detected action potentials are marked in red.

Figure 2. Continuous membrane potential data through all the trials.

W4 C1

The Vm data were not filtered nor centered.

Action potentials (APs) were detected using the first derivative of the membrane potential, \(V_m'\). The onset of the AP was defined as the time point where \(V_m'\) exceeded 22 mV/ms. The offset of the AP was defined as the time point 2 ms after the AP peak (\(V_m' = 0\) mV/ms). ’

Figure 1. Membrane potential in animal W4 cell C1. Detected action potentials are marked in red.

Figure 2. Continuous membrane potential data through all the trials.

W4 C2

The Vm data were not filtered nor centered.

Action potentials (APs) were detected using the first derivative of the membrane potential, \(V_m'\). The onset of the AP was defined as the time point where \(V_m'\) exceeded 22 mV/ms. The offset of the AP was defined as the time point 2 ms after the AP peak (\(V_m' = 0\) mV/ms). ’

Figure 1. Membrane potential in animal W4 cell C2. Detected action potentials are marked in red.

Figure 2. Continuous membrane potential data through all the trials.