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Cytogenetic variations in Clarias species 285Scopoli, 1777. The Zoologist, 1(2): 23 –34.EYO, J. E. (2003). Congeneric discrimination ofmorphometric characters among membersof the Pisces Genus Clarias (Clariidae) inAnambra River, Nigeria. The Zoologist ,2(1 ): 86 – 103.EYO, J.E. (2004a). The Effects of SubstitutingSoyabean Meal for Breadfruit Meal onDiets Acceptability, Growth Response andCost of Diets Fed to Heterobranchusbidorsalis (%) X Clarias gariepinus (&)Hybrid. Bio-Research, 2(2): 27 – 33.EYO, J. E. (2004b). Differences in meristic countsof the genus Clarias (Pisces: Clariidae) inAnambra river, Nigeria. Animal ResearchInternational, 1(1): 31 – 35.EYO, J. E. and EZECHIE, C. U. (2004). The Effectsof Rubber (Havea brasiliensis) Seed MealBased Diets on Diet Acceptability andGrowth Performance of Heterobranchusbidorsalis (%) X Clarias gariepinus (&)Hybrid. Journa l of Sustainable TropicalAgriculture Research, 10:EYO, J. E. and INYANG, N. M. (2003). RegressionModel and Clarias species (Clariidae –Scopoli 1777) Taxonomy. Journal ofScience and Technology Research, 2(3):40 – 49.EZENWAJI, H. M. G. (1989). Aspects of the Biologyof some “small” Clarias species inAnambra River Basin, Nigeria. PhDThesis, University of Nigeria, Nsukka. 244pp.FELDBERG, E. and BERTOLLO, L. A. C. (1985).Karyotypes of 10 species of Neotropicalcichlids (Pisces: Perciformes). Caryologia,38 (3 - 4 ): 257 - 268.FELBERG, E., BERTOLLO, L. A. C., TOLEDO, L. F.A., FORESTI, F., FICHO, O. M. andSANTOS, A. F. (1987). Biological aspectsof Amazonian fish IX. Cytogenetic studiesin two species of the genusSemaprochilodous (Pisces, Prochilodontidae).Genome, 29: 1 – 4.FITZSIMONS, J. M., LEGRANDE, W. H. and KERTH,J. W. (1988). Karyology of the marinecatfish Bagre marinus (Ariidae) with ananalysis of chromosome numbers amongSiluriforms fishes. Japanese Journal o fIchthyology, 35(2 ): 189 – 193.FUNAKI, K., MATSAI, S. and SASAKI, M. (1975).Location of nucleolar organizers in animaland plant chromosomes by means of animproved N-banding technique.Chromosoma, 22(4): 223 – 236.GOSLINE, W. A. (1975). The palatine-maxillarymechanisms in catfishes, with commentson the evolution and zoogeography ofmodern Siluriods. Occasional Papers,California Academy of Science, 120: 1 –31.HAAF, T. and SCHMID, M. (1984). An early stageof ZW/ZZ sex chromosomes differentiationin Poecilia sphenops var melanistica(Poeciliidae, Cyprinodontiformes).Chromosoma, 89: 37 – 41.HARTHEY, S. E. (1987). The chromosomes ofsalmonid fishes. Biological Reviews, 62:197 – 214.HOWEL, W. M. and BLACK, D. A. (1979). Locationof the nucleolus organizer regions on thesex chromosomes of the banded killifish,Fundulus diaphanus. Copeia, 1979: 544 –546.KALLMAN, K. D. (1973). The sex-determiningmechanism of the platyfish Xyphophorusmaculatus. Pages 19 – 28. In:SCHRODER, J. H. (Ed). Genetics andmutagenesis of fish. Springer-Verlag,Berlin.KLIGERMAN, A. D. and BLOOM, S. E. (1977).Rapid chromosome preparations fromsolid tissues of fishes. Journal of FisheryResearch Board of Canada, 34: 266 – 269.KORNFIELD, I, L., RICHLER, U. R. and WAHRMAN,J. (1979). Biochemical and cytogeneticaldifferentiation among cichlid fishes of thesea of Galilee. Evolution, 33: 1 – 14.LAGLER, F. K., BARDACH, I. E., MILLER, R. R. andMAY PASSINO, D. R. (1977). Ichthyology.Second Edition, John Wiley and Sons, NewYork. 506 pp.LEGRANDE, W. H. (1981). Chromosomal evolutionin North American catfishes (Siluriformes:Ictaluridae) with particular emphasis onthe madtones, Nototus. Copeia, 1: 33 –52.LEVAN, A., FREGDA, K. and SANDBURG, A. (1964).Nomenclature for centromeric position onchromosomes. Hereditas, 52: 201 – 220.LOWE-MCCONNELL, R. H. (1972). FreshwaterFishes of the Volta and Kainji lakes.Ghana University Press, Accra.MAYR, E. (1969). Principles of systematic zoology.THM Edition, McGraw-Hill Coy, Ltd.Bombay. 428 pp.MELLMAN, W. J. (1965). Human peripheral bloodleucocyte cultures. Pages 22 – 56. In:YUNIS, J. J. (Ed). Human ChromosomesMethodology. Academic Press, New York.OHNO, S., MURAMOTO, J., KLEIN, and ATKIN, N.B. (1969). Diploid tetraploid relationship inclupeoid and salmonoid fish. Pages 139 –147. In: DARLINGTON, C. D. and LEWIS,K. R. (Eds.). Chromosomes Today,Volume 2, Oliver and Boyd, Edinburgh.OJIMA, Y. and YAMANO, T. (1980). Theassignment of the nuclear organizer in thechromosomes of the fauna (Carassius,
EYO, Joseph Effiong 286Cyprinidae, Pisces). Proceedings of theJapanese Academic of Sciences, 56B: 551– 556.OLIVERIA, C., ALMEIDA TOLEDO, L. F., FORESTBRISKI, H. A. and TOLEDO FILHO, S. A.(1988). Chromosome formulae ofNeotropical freshwater fishes. Review o fBrazilian Geneticist, 11(3): 577 – 624.OZOUF-COSTAZ, C., TEUGELS, G. G. andLEGENDRE, M. (1990). Karyologicalanalysis of three stains of the Africancatfish Clarias gariepinus Clariidae used inaquaculture. Aquaculture, 87: 271 – 277.PREHN. L. M. and RASCH, E. M. (1969).Cytogenetic studies of Poecilia (Pisces). 1.Chromosome numbers of naturallyoccurring poeciliid species and theirhybrids from eastern Mexico. CanadianJournal of Genetics and Cytology, 11: 880– 895.RIGAS, D. A. and OSGOOD, E. E. (1954).Purification and properties of thephytohemagglutinin of Phaseolus vulgaris.Journal o f Biological Chemistry, 212: 607– 609.SOLA, L., CATAUDELLA, S. and CAPANNA, E.(1981). New developments in vertebratecytotaxonomy III. Karyology of bonyfishes: A Review. Genetica, 54: 285 – 328.SYDENHAM, D. H. J. (1983). A key to the genusClarias in Nigeria. Memograph of theDepartment of Zoology, University ofIbadan, Nigeria. 2 pp.TEUGELS, G. G. (1982). A systematic outline of theAfrican species of the genus Clarias(Pisces, Clariidae) with annotatedbiography. Annales du musee Royal de L’Afrique Centrale, Tervuren, SciencesZoologyques. 230 pp.TEUGELS, G. G., OZOUF-COSTAZ, C., LEGENDRE,M. and PARENT, M. (1992). A karyologicalanalysis of the artificial hybridizationbetween Clarias gariepinus Burchell, 1822and Heterobranchus longifilisValenciennes. 1840 (Pisces: Clariidae).Journal ofFish Biology, 40: 81 – 86.THORGAARD, G. H. (1977). Heteromorphic sexchromosomes in male rainbow trout.Science, 196: 900 – 902.UWA, H. (1986). Karyotype evolution andgeographical distribution in the ricefish,genus Oryzias (Oryziidae). Pages 867 -876. In: UYENO, T., ARAI, R., TANIUCHIT. and MATSUURA, K. (eds.) Indo-PacificFish Biology: Proceedings of the SecondInternational Conference on Indo-PacificFishes. Ichthyological Society of Japan,Tokyo.UWA, H. and IWATA, A. (1981). Karyotype andcellular DNA content of Oryzias javanicus(Oryziidae, Pisces). ChromosomesInformation Service (CIS), 31: 24 – 26.UWA, H. and MAGTOON, W. (1986). Descriptionand karyotype of a new rice fish, Oryziasmekongensis, from Thailand. Copeia,1986(2): 473 – 478.UWA, H. and PARENTI, L. R. (1988). Morphometricand meristic variation in ricefish, genusOryzias: a comparison with cytogeneticdata. Japanese Journal o f Ichthyology ,35(2 ): 159 – 166.UWA, H., TANAKA, K. and FORMACION, M. J.(1982). Karyotype and banding analysesof the Hawaiian medaka Oryziascurvinotus (Pisces). ChromosomeInformation Service (CIS), 33: 15 – 17.UWA, H., WANG, R. and CHEN, Y. (1988).Karyotypes and geographical distributionof ricefishes from Yunnan, South WesternChina. Japanese Journal of Ichthyology,35(3 ): 332 – 340.WHITE, M. J. D. (1978). Modes of speciation.Freeman and Company, San Francisco.187 pp.WOLF, U., RITTER, H., AKIN, N. and OHNO, S.(1969). Polyploidization in the fish familyCyprinidae, order Cypriniformes. I. DNAcontent and chromosome set in variousspecies of Cyprinidae. Humangenetik, 7:240 – 244.YU, X., ZHOU, T., LI. K. and ZHOU, M. (1987). Onthe karyosystematics of cyprinid fishesand a summary of fish chromosomalstudies in China. Genetica, 72: 225 – 236.
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