Electroreceptors detect electric signals by building up a potential difference between the outside environment and the fish body's internal environment; current flow due to such potential difference further results in a receptor potential that's presynaptic to the sensory fibers.
Current flow due to such potential difference further results in a receptor potential that is presynaptic to the sensory fibers. Electroreceptors detect electric signals by building up a potential difference between the outside environment and the fish body's internal environment.
Electroreceptors detect electric signals by building up a potential difference between the outside environment and the fish body's internal environment. Current flow due to such potential difference further results in a receptor potential that is presynaptic to the sensory fibers.
Electroreceptors detect electric signals by building up a potential difference between the outside environment and the fish body's internal environment. Current flow due to such potential difference further results in a receptor potential that is presynaptic to the sensory fibers.