electroreceptor


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e·lec·tro·re·cep·tor

 (ĭ-lĕk′trō-rĭ-sĕp′tər)
n.
Any of a series of sensory cells or organs in certain fish, such as sharks and electric eels, that detect electric fields and are often located on the head and along the lateral line.

e·lec′tro·re·cep′tion n.
e·lec′tro·re·cep′tive adj.

electroreceptor

(ɪˈlɛktrəʊrɪˌsɛptə)
n
(Zoology) zoology an organ, present in some fishes, that detects electrical discharges
References in periodicals archive ?
By combining data from thousands of tiny electroreceptor organs in its skin, its brain senses an image of an object.
Specialized electroreceptor organs, termed "ampullae of Lorenzini," are located on the snout of these predators, where they function in the detection of prey species.
You just need to grow the nerve a little bit further and you have a basic electroreceptor.
You need to be a medical physiologist/physicist to follow this complex paper, but it basically shows the complex mechanism that allows many animals to detect weak electric and magnetic fields, via electroreceptor cells.
The sensitivity of the electroreceptor system has been studied in a broad range of elasmobranchs (reviewed by Montgomery, 1988; Kalmijn, 2003) and there is no evidence of a lesser sensitivity in rays when compared to sharks.
Species differences in effect on electroreceptor input on electric organ pacemakers and others aspects of behavior in electric fish.
1995) reported similar findings in afferent discharges from electroreceptor organs of catfish.
Some fish and amphibians are known to sense electrical currents, but the platypus appears to use a distinctly different, independently evolved type of electroreceptor.
In this study, the threshold receptive field is defined as the location of the epidermal pore of the ampullary electroreceptor, but in actuality the "receptive field" of the electroreceptor is the distance between the pore and the electroreceptor cells within the internal alveoli across which the voltage drop is measured.
The platypus lays eggs rather than gives birth to live young, its snout is covered with electroreceptors that detect underwater prey, and male platypuses have a venomous spur on their hind foot.
The large number of electroreceptors and their broad spatial distribution over the head of sharks (Kajiura, 2001; Kajiura et al.
With as many as 70,000 electroreceptors in its paddle-shaped snout and skin of the head, the North American paddlefish has the most extensive electrosensory array of any living animal, Bemis said.