Here are some cool ways scientists measure how neurons, or brain cells, work:
Patch-Clamp Electrophysiology: This method helps us see the tiny electrical signals moving through single channels in a neuron right when they happen.
Multi-electrode Arrays (MEAs): These devices can check the activity of many neurons at the same time. This shows how different neurons talk to each other in a network.
Calcium Imaging: Although this doesn’t directly measure electrical signals, it tells us what’s happening by watching calcium move into the neuron. This movement is connected to when neurons send signals.
These techniques have really helped us learn more about how neurons behave!
Here are some cool ways scientists measure how neurons, or brain cells, work:
Patch-Clamp Electrophysiology: This method helps us see the tiny electrical signals moving through single channels in a neuron right when they happen.
Multi-electrode Arrays (MEAs): These devices can check the activity of many neurons at the same time. This shows how different neurons talk to each other in a network.
Calcium Imaging: Although this doesn’t directly measure electrical signals, it tells us what’s happening by watching calcium move into the neuron. This movement is connected to when neurons send signals.
These techniques have really helped us learn more about how neurons behave!