Access the full text.
Sign up today, get DeepDyve free for 14 days.
(1986)
Morphological Characteristics of Devel opment of the Olfactory Organ of Cyprinids
(2005)
Taste Preferences of the Trout Salmo trutta from Three Geographically Isolated Populations, Vopr
(1993)
Behavioral Responses of Early Juveniles of the Siberian Sturgeon Acirenser baeri and Stellate Sturgeon A. stellatus to Substances Causing Main Types of Gustatory Sensations, Vopr
J.S. Kanwal, T.E. Finger (1992)
Fish Chemoreception
A. Kasumyan (1999)
Olfaction and taste senses in sturgeon behaviour.Journal of Applied Ichthyology, 15
(1992)
Extraoral and Intraoral Taste Sensitivity of Juvenile Rus sian Sturgeons Acipenser gueldenstaedti to Amino Acids , Dokl
C. Sola (1995)
Chemoattraction of upstream migrating glass eelsAnguilla anguilla to earthy and green odorantsEnvironmental Biology of Fishes, 43
A. Hansen, E. Zeiske (1993)
Development of the olfactory organ in the zebrafish, Brachydanio rerioJournal of Comparative Neurology, 333
(1993)
Behavioral Responses of Early Juveniles of the Siberian Sturgeon Acirenser baeri and Stellate Sturgeon A . stellatus to Substances Causing Main Types of Gustatory Sensations
(1981)
vitie osetrovykh ryb (Development of Acipenseridae)
J. Kanwal, T. Finger (1992)
Central representation and projections of gustatory systems
T.A. Detlaff, A.S. Ginzburg, O.I. Shmal’gauzen (1981)
Razvitie osetrovykh ryb
(1997)
Onto geny of the Solitary Chemosensory Cells in the Zebrafish
Stephen Wilson, L. Ross, T. Parrett, S. Easter (1990)
The development of a simple scaffold of axon tracts in the brain of the embryonic zebrafish, Brachydanio rerio.Development, 108 1
(2001)
Taste Sensitivity of Fries of Lake Trout Salvelinus namaycush (Salmonidae), Vopr
(2002)
Food Searching Behaviour Evoked by Chemical Stimuli: A Reliable Sensory Mech anism
(1986)
Formation of the Food Search Response to Natural Chemical Signals in the Ontogeny of Cyprinoidea , in Khimicheskaya kom munikatsiya zhivotnykh
(1998)
Chemoreception, in The Physiology of Fishes
(2008)
Chemoreception, in Fish Larval
G. Parker
The relation of smell, taste, and the common chemical sense in vertebrates
(1982)
Development and Regeneration of the Olfactory Organ in Rainbow Trout, in Chemoreception
(1992)
Extraoral and Intraoral Taste Sensitivity of Juvenile Rus sian Sturgeons Acipenser gueldenstaedti to Amino Acids
T. Finger, Y. Morita (1985)
Two gustatory systems: facial and vagal gustatory nuclei have different brainstem connections.Science, 227 4688
C. Sola, L. Tosi (1993)
Bile salts and taurine as chemical stimuli for glass eels,Anguilla anguilla: a behavioural studyEnvironmental Biology of Fishes, 37
S. Lindsay, R. Vogt (2004)
Behavioral responses of newly hatched zebrafish (Danio rerio) to amino acid chemostimulants.Chemical senses, 29 2
Kjell Døving, M. Mårstøl, J. Andersen, J. Knutsen (1994)
Experimental evidence of chemokinesis in newly hatched cod larvae (Gadus morhua L.)Marine Biology, 120
K.B. Døing, E.-H. Hamdani, E. Höglund (2005)
Fish Chemosenses
A. Kasumyan (2002)
Sturgeon food searching behaviour evoked by chemical stimuli: a reliable sensory mechanismJournal of Applied Ichthyology, 18
(1992)
Development of Chemosensory Organs in the Siberian Sturgeon Aci penser baerii and Stellate Sturgeon A
K. Mearns (1986)
Sensitivity of brown trout (Salmo trutta L.) and Atlantic salmon (Salmo salar L.) fry to amino acids at the start of exogenous feedingAquaculture, 55
A. Kasumyan, M. Ryg, K. Døving (1998)
Effect of amino acids on the swimming activity of newly hatched turbot larvae (Scophthalmus maximus)Marine Biology, 131
S.G. Hughes (1991)
Response of First-Feeding Spring Chinook Salmon to Four Potential Chemical Modifiers of Feed IntakeProgressive Fish-Culturist, 53
(1980)
Sensory Anatomy and Feeding of Fish Larvae, Fish Behaviour and Its Use in the Capture and Culture of Fishes
(1984)
Degenerative and Restorative Processes in the Olfactory Lining of White Amur, Ctenopharyngodon idella (Cyprinidae), after Treatment with Detergent Triton X 100, Vopr
C. Sola, A. Spampanato, L. Tosi (1993)
Behavioural responses of glass eels (Anguilla anguilla) towards amino acidsJournal of Fish Biology, 42
Alan Heath, D. Evans (1994)
The Physiology of FishesBioScience
(1995)
Chemoattraction of Upstream Migrating Glass Eels Anguilla anguilla to Earthy and Green Odorants , Envi ron
G. Kawamura, M. Takimoto, N. Sobajima (1990)
Proceedings of Second Asian Fisheries Forum
K. Kotrschal (1995)
Ecomorphology of solitary chemosensory cell systems in fish: a reviewEnvironmental Biology of Fishes, 44
E. Zeiske, A. Kasumyan, P. Bartsch, A. Hansen (2003)
Early development of the olfactory organ in sturgeons of the genus Acipenser: a comparative and electron microscopic studyAnatomy and Embryology, 206
(1993)
Formation of the Behavioral Response and Olfactory Sensitivity to Food Chemical Signals in the Ontogenesis of Acipenserids, Vopr
M. Whitear (1992)
Solitary chemosensory cells
(1983)
Some Morphologi cal Characteristics of Development of the Olfactory Organ in the Ontogeny of Minnow
K. Whitlock, M. Westerfield (1998)
A Transient Population of Neurons Pioneers the Olfactory Pathway in the ZebrafishThe Journal of Neuroscience, 18
S. Hughes (1993)
Single-Feeding Response of Chinook Salmon Fry to Potential Feed Intake ModifiersThe Progressive Fish-culturist, 55
S. Hughes (1991)
Communications: Response of First-Feeding Spring Chinook Salmon to Four Potential Chemical Modifiers of Feed IntakeThe Progressive Fish-culturist, 53
(1993)
Behavioral Response of Young Sturgeons (Acipenseridae) to Amino Acids
(1997)
Onto geny of the Solitary Chemosensory Cells in the Zebrafish , Danio rerio
B. Zielinski, T. Hara (1988)
Morphological and physiological development of olfactory receptor cells in rainbow trout (Salmo gairdneri) embryosJournal of Comparative Neurology, 271
C. Boglione, P. Bronzi, E. Cataldi, S. Serra, F. Gagliardi, S. Cataudella (1999)
Aspects of early development in the Adriatic sturgeon Acipenser naccariiJournal of Applied Ichthyology, 15
K. Døving, H. E-H, E. Höglund, A. Kasumyan, A. Tuvikene (2005)
A review on the chemical and physiological basis of alarm reactions in cyprinids
R. Mirza, D. Chivers, J. Godin (2001)
Brook Charr Alevins Alter Timing of Nest Emergence in Response to Chemical Cues from Fish PredatorsJournal of Chemical Ecology, 27
(1990)
Formation of the Food Search Response to Natural Chemical Signals in the Ontogeny of Carp Fish, Vopr
J. Knutsen (1992)
Feeding behaviour of North Sea turbot (Scophthalmus maximus) and Dover sole (Solea solea) larvae elicited by chemical stimuliMarine Biology, 113
A.O. Kasumyan, V.Yu. Ponomarev (1986)
Khimicheskaya kommunikatsiya zhivotnykh. Teoriya i praktika
R. Finn, B. Kapoor (2008)
Fish Larval Physiology
(1996)
Chemosensory and Tactile Nerve Responses from the Anterior Dorsal Fin of a Rockling, Gaidropsarus vulgaris (Gadidae, Teleostei), Prim
K. Kotrschal, W. Krautgartner, Anne Hansen (1997)
Ontogeny of the solitary chemosensory cells in the zebrafish, Danio rerio.Chemical senses, 22 2
R. Werner, M. Lannoo (1994)
Development of the olfactory system of the white sucker,Catostomus commersoni, in relation to imprinting and homing: a comparison to the salmonid modelEnvironmental Biology of Fishes, 40
(1970)
The Role of Sensory Organs in Feeding of Juvenile Acipenserids
Regularities of the functional development of chemosensory systems in the ontogeny of fish has been studied, i.e., the olfactory system, the taste system, and the common chemical sense. The olfactory system begins to function and provides response of juveniles to chemical signals before the taste system. Embryos that have hatched from eggs but that do not yet take food exhibit nonspecialized motor responses to olfactory stimuli already. Immediately after the transition to exogenous feeding, olfactory sensitivity to signals which elicit defensive and feeding behavioral responses begins to form and the ability to differentiate between similar odors develops. The reception of a limited number of taste stimuli occurs in the larvae during the transition to exogenous feeding. With age, the spectrum of effective taste substances expands and the time spent on the definition of palatability by juvenile fishes reduces. Functional development of individual components of the taste system arises heterochronously, i.e., the external (extraoral) form of taste reception arises earlier and more rapidly, and the oral (intraoral) form of taste reception arises slower. No information is available about the functional development of the common chemical sense in the ontogeny of fish. It is assumed that the function of the chemosensory system arises in fish in early larval stages.
Russian Journal of Developmental Biology – Springer Journals
Published: Jun 8, 2011
Access the full text.
Sign up today, get DeepDyve free for 14 days.