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Publikováno v:
Animal Biology, 63, 2, pp. 199-215
Animal Biology, 63, 199-215
Animal Biology, pp. 1-17
Animal Biology, 1-17
STARTPAGE=1;ENDPAGE=17;ISSN=1570-7555;TITLE=Animal Biology
Animal Biology, 63, 199-215
Animal Biology, pp. 1-17
Animal Biology, 1-17
STARTPAGE=1;ENDPAGE=17;ISSN=1570-7555;TITLE=Animal Biology
In order to investigate the hearing capacities of adult zebrafish (Danio rerio), wild type zebrafish were conditioned to both sound pressure and particle motion in a respondent conditioning paradigm. Sound fields were generated by five underwater lou
Autor:
R.C. Peters
Publikováno v:
Animal Biology. 58:275-283
A brief sketch is given of the changing interpretation of Academic Freedom at the universities in The Netherlands during the last half of the twentieth century, by discussing the discoveries of electroreception in catfish, Ameiurus nebulosus, and dog
Publikováno v:
Animal Biology. 58:313-319
Abstract Administration of the cell impermeant fluorescent K+ and Na+ probes potassium-binding fluorescent indicator (PBFI) and sodium-binding fluorescent indicator (SBFI) to the lumina of ampullary electroreceptor organs in the transparent catfish K
Publikováno v:
Animal Biology. 58:301-312
Abstract Spontaneous firing of neurons plays an essential part in the detection of sensory stimuli. Spontaneous firing of primary afferents of ampullary electroreceptor organs in the catfish Ameiurus nebulosus (Lesueur, 1819) was studied in relation
Publikováno v:
Animal Biology. 58:321-336
Abstract A large range of aquatic vertebrates employs passive electroreception to detect the weak bioelectric fields that surround their prey. Bioelectric fields are dynamic in strength and frequency composition, but typically consist of a direct cur
Publikováno v:
Animal Biology. 58:287-299
Abstract Heart rate deceleration (HRD) after exposure to novel stimuli is part of the orienting reflex, and can be used as a tool to investigate the susceptibility of various organisms to sensory stimuli. HRD as response criterion was used in unrestr
Publikováno v:
Biological Reviews. 82:361-373
Reinterpretation of research on the electric sense in aquatic organisms with ampullary organs results in the following conclusions. The detection limit of limnic vertebrates with ampullary organs is 1 microV cm(-1), and of marine fish is 20 nV cm(-1)
Autor:
Bert J.W. van den Wollenberg, Tim van Wessel, R.C. Peters, Franklin Bretschneider, Annelies E. Olijslagers
Publikováno v:
Journal of Physiology-Paris. 96:397-404
The variability of the bioelectric field of the electrosensitive catfish, Ictalurus nebulosus, was investigated by recording the potential variation occurring when the fish passed a stationary electrode, and by recording the field of a stationary fis
Publikováno v:
Netherlands Journal of Zoology. 51:421-437
Saffan®, previously known as CT1341, is an injectable steroid anesthetic for use in cats and monkeys. It is also suited to induce anesthesia in fishes. It has the convenient property to induce anesthesia of the central nervous system, and to leave t