The electric eel, a fascinating species known for its ability to generate electric shocks, employs specialized cells called electrocytes to produce electricity. These electrocytes are arranged in series, allowing the eel to generate high voltage discharges. The electric eel avoids self-shocking through a unique adaptation that involves the insulation of its body and a specific firing pattern of its electrocytes. Understanding these mechanisms provides insight into both the biology of the electric eel and potential applications in bioengineering.
PREREQUISITESBiologists, ecologists, bioengineers, and anyone interested in the unique adaptations of electric fish and their implications for science and technology.