Add to ORKG38-40An understanding of the evolution of the electric organ from muscle cells in electric fishes can open a new horizon in synthetic biology
Abstract The electric organ discharge of the gymnoti-form fish Brachyhypopomus pinnicaudatus is a bi...
This is the final version. Available on open access from Elsevier via the DOI in this recordSouth Am...
<div><p>Most weakly electric fish navigate and communicate by sensing electric signals generated by ...
ted by electric eels is a powerful predatory weapon. A new study shows crease the voltage delivered ...
Inspired by the eel’s electric organ, Thomas Schroeder and colleagues built a device that provides e...
African weakly electric-fishes (Mormyridae) underwent an outstanding adaptive radiation (about 200 s...
African weakly electric-fishes (Mormyridae) underwent an outstanding adaptive radiation (about 200 s...
African weakly electric-fishes (Mormyridae) underwent an outstanding adaptive radiation (about 200 s...
Background: With its unique ability to produce high-voltage electric discharges in excess of 600 vol...
Background: With its unique ability to produce high-voltage electric discharges in excess of 600 vol...
Two lineages of fishes convergently evolved electric organs; recent research has shown that they ind...
BACKGROUND: African weakly-electric fishes of the family Mormyridae are able to produce and perceive...
BACKGROUND: African weakly-electric fishes of the family Mormyridae are able to produce and perceive...
BACKGROUND: African weakly-electric fishes of the family Mormyridae are able to produce and perceive...
With its unique ability to produce high-voltage electric discharges in excess of 600 volts, the Sout...
Abstract The electric organ discharge of the gymnoti-form fish Brachyhypopomus pinnicaudatus is a bi...
This is the final version. Available on open access from Elsevier via the DOI in this recordSouth Am...
<div><p>Most weakly electric fish navigate and communicate by sensing electric signals generated by ...
ted by electric eels is a powerful predatory weapon. A new study shows crease the voltage delivered ...
Inspired by the eel’s electric organ, Thomas Schroeder and colleagues built a device that provides e...
African weakly electric-fishes (Mormyridae) underwent an outstanding adaptive radiation (about 200 s...
African weakly electric-fishes (Mormyridae) underwent an outstanding adaptive radiation (about 200 s...
African weakly electric-fishes (Mormyridae) underwent an outstanding adaptive radiation (about 200 s...
Background: With its unique ability to produce high-voltage electric discharges in excess of 600 vol...
Background: With its unique ability to produce high-voltage electric discharges in excess of 600 vol...
Two lineages of fishes convergently evolved electric organs; recent research has shown that they ind...
BACKGROUND: African weakly-electric fishes of the family Mormyridae are able to produce and perceive...
BACKGROUND: African weakly-electric fishes of the family Mormyridae are able to produce and perceive...
BACKGROUND: African weakly-electric fishes of the family Mormyridae are able to produce and perceive...
With its unique ability to produce high-voltage electric discharges in excess of 600 volts, the Sout...
Abstract The electric organ discharge of the gymnoti-form fish Brachyhypopomus pinnicaudatus is a bi...
This is the final version. Available on open access from Elsevier via the DOI in this recordSouth Am...
<div><p>Most weakly electric fish navigate and communicate by sensing electric signals generated by ...