MANIPULATION OF CHROMOSOMAL SETS FOR BETTER AQUACULTURE

Authors

  • Mangesh M. Bhosale, H. K. Vardia Honnananda, B. R., R. R. Mugale S. R. Surnar College of Fisheries, Kawardha (Chattisgarh Kamdhenu University, Durg) College of Fisheries, Ratnagiri (Dr B S KonkanKrishiVidyapeeth, Maharashtra) College of Fisheries, Udaipur (MPUAT, Udaipur)

Keywords:

Androgenesis, Gynogenesis and Monosex.

Abstract

Androgenesis and gynogenesis are very effective tools for chromosomal sets manipulation in fisheries. It has an extreme importance in generating inbred strains of commercially important aquaculture fish species. Additionally, Androgenesis could also be used for recovery of genotypes from cryopreserved sperms which is highly successful in fisheries. Induced polyploidy is also getting demand and could be exploited in aquaculture for higher growth rate and production of sterile animals to maintain the biodiversity normal.

References

• Agbebi O.T., (2015). Chromosome set manipulation in Heterobranchuslongifilisfor growth performance. International Journal of Fisheries and Aquatic Studies., 2(4S): 22-26 pp.

• Allen S.K. and Stanley G.J., (1979).Polyploid mosaic induced by cytocalasin B in landlocked Atlantic Salmon, Salmosalar. Trans. Am. Fish. Soc., 108: 462-466 pp.

• Bartley D.M., Rana K. and Immink A.J., (2001).The use of inter-specific hybrids in aquaculture and fisheries.Reviews in Fish Biology andFisheries. 10: 325–337 pp.

• Beck M.L., Biggers C.J. and Barker C.J. (1984). Chromosomal and electrophoretic analyses of hybrids between grass carp and bighead carp (Pisces: Cyprinidae).Copeia., 337-342 pp.

• Benfey T.J. and Sutterlin A.M., (1984).Triploidy induced by heat shock and hydrostatic pressure in landlocked Atlantic Salmon, Salmosalar. Aquaculture.,36: 359-367 pp.

• Benfey T.J., Solar I.I., De Jong G. and Donaldson E.M., (1986).Flow-cytometric confirmation of aneuploidy in sperm from triploid rainbow trout.Transactions of the American Fisheries Society., 115: 838–840 pp.

• Chamala S., (1990). Establishing a group. A participative action model: Australian Academic Press. 13-38 pp.

• Chorrout D. and Quilllet E., (1982).Induced gynogenesis in Rainbow Trout: sex and survival of progenies, production of all triploid populations.Theor. Appl. Genet., 63: 201-205 pp.

• Chorrout D., (1980).Thermal induction of diploid gynogenesis and triploidy in eggs of the Rainbow Trout (Salmogairdneri).Reprod. Nutr. Dev., 20:727-733 pp.

• Chorrout D., Chevassus B. and Guyomard R., (1987).Genetic improvement in fish.The World Scientist, 15: 2-13 pp.

• Crozier W.W. and Moffett I.J.J., (1989).Application of an electrophoretically detectable genetic marker to ploidy testing in brown trout (Salmotrutta L.) triploidised by heat shock.Aquaculture., 80: 231–239 pp.

• Dunham R.A., (2002). Polyploidy induction in finfish and shellfish.In Aquaculture and Fisheries Biotechnology: Genetic Approaches (eds. Dunham, Rex A.) CABI Publishing Wallingford Oxfordshire, UK.22-30 pp.

• JaisaukarC., (2014). Farmer Producer Organization Yet to be Catch Up in India. The Hindu, July 8, 2014. 2 pp.

• Johnson O.W., Rabinovich P.R. and Utter F.M., (1984). Comparison of the reliability of a Coulter counter with a flow cytometer in determining ploidy levels in Pacific salmon. Aquaculture., 43: 99–103 pp.

• Kamaruzzaman N., Nguyen N. H., Hamzah A. and Ponzoni R.W., (2009). Growth performance of mixed sex, hormonally sex reversed and progeny of YY male tilapia of the GIFT strain, Oreochromisniloticus. Aquaculture Research. 40(6): 720-728 pp.

• Lemoine H.L. and Smith L.T., (1980).Poluploidy induced in brook trout by cold shock. Trans. Am. Fish. Soc., 109: 626-631 pp.

• Ojima Y., (1984). Fish Cytogenetics.In Chromosomes in Evolution of Eukaryotic groups. I (eds. A. sharma and A.K. Sharma). CRC Press Inc., USA, 111-145 pp.

• Onozato H., (1984). Diploidization of gynogenetically activated Salmonid eggs using hydrostatic pressure. Aquaculture.,29: 91-97 pp.

• Parsons J.E. and Thorgaard G.H., (1985).Production of androgenetic diploid Rainbow Trout.J. Hered., 76: 177-181 pp.

• Phillips R.B., Zajicek K.D., Ihssen P.E. and Johnson O. (1986).Application of silver staining to the identification of triploid fish cells.Aquaculture., 54: 313–319 pp.

• Refstei T., (1981). Tetraploid Rainbow Trout production by cytochalasin.Aquaculture.,25: 51-58 pp.

• Refstei T., Stoss J. and Donaldson E.M., (1982). Production of all female Coho salmon by diploid gynogenesis using irradiated sperm and cold shock. Aquaculture.,29: 67-82 pp.

• Rosenstein S. and Hulata G., (1994). Sex reversal in the genus Oreochromis: Optimization of feminization protocol. Aquaculture and FisheriesManagement. 25: 329–339 pp.

• Scheerer P.D. and Thorgaard G.H., (1987). Performance and developmental stability of triploid tiger trout (brown trout female & brook trout male). Transactions of the American Fisheries Society., 116: 92–97 pp.

• Solar I.I., Donaldson E.M. and Hunter G., (1984).Induction of triploidy in Rainbow Trout by heat shock and investigation of early growth.Aquaculture.,42: 57-67 pp.

• Streisinger G., Walker C., Dover N., Knauber D. and Singer F., (1981).Production of clones of homozygous diploid zebra fish.Nature.,291: 293-296 pp.

• Sugama K., Taniguchi N., Arakawa T. and Kitajima C. (1988).Isozyme expression of artificially induced ploidy in red sea bream, black sea bream and their hybrid.In: Report No. 10. US Marine Biology Institute, Kochi University/KochidaiKaiyoseibutsuKenpo, 75–81 pp.

• Swardson G. (1945). Chromosome studies on Salmonids. Medd. St. undersokn, ForsoksnstSotvattenfisket., Drottingham No. 23: 1-151 pp.

• Swaroop H., (1959). Effect triploidy on the body size, general organization and cellular structure in Gastrosteusaculeatus. J. Genetic., 56: 143-155 pp.

• Thorgaard G.H and Jaswin M.E., (1981). Polyploidy induced by heat shock in Rainbow Trout. Trans. Am. Fish. Soc., 110: 546-550 pp.

• Thorgaard G.H. and Allen S.K., (1987).Chromosome manipulation and markers in fishery management.In population Genetics and Fishery Management (eds. Ryman N., Utter F.) Washington sea grant programme, Seattle. 319-331 pp.

• Valenty R.J., (1975). Induced polyploidy in tilapia aureaby means of temperature shock treatment.J. Fish. Biol., 7: 519-528 pp.

• Wattendorf R.J., (1986). Rapid identification of grass carp with a Coulter counter and channelyzer.Progressive Fish-Culturist., 48: 125–132 pp.

• Wong T.T. and Zohar Y., (2015).Production of reproductively sterile fish: A mini-review of germ cell elimination technologies. Gen. Comp. Endocrinol. 16: 6480

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Published

2015-11-30