Electrophoridae

Summary1.The J.A.R. is a reflex shift in the frequency of discharge of their electric organs by high frequency electric fish… Expand

Animals can actively influence the content and quality of sensory information they acquire from the environment through the… Expand

Local electric fields generated by the electric organ discharge of Gymnotus carapo were explored at selected points on the skin… Expand

The suppression of self-generated electrosensory noise (reafference) and other predictable signals in the elasmobranch medulla is… Expand

The posterior lateral line lobe of two high-frequency weakly electric fish, Apteronotus albifrons and Eingenmannia viriscens, was… Expand

Summary1.The electric fields of four species of wave type, gymnotid fishes were measured and mapped using a technique that… Expand

"Gap" junctions, the morphological correlate for low-resistance junctions, are demonstrated between some mossy fiber terminals… Expand

LARIMER, JAMES L., AND JOHN A. MACDONALD. Sensory feedback f Mom electroreceptors to electromotor pacemaker centers in gymnotids… Expand

1. A South American gymnotid Eigenmannia , changes the discharge frequency of its electric organ when a weak electric signal is… Expand

1. The electric discharges of Gymnarchus niloticus and of representative species of seven genera of the Mormyridae have been… Expand