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1 Adel Y.Al-Dubakel , 2 Jalal M. Al-Noor and Sabah M. Al-Shatty
1 University of Basra, Collage of Agriculture, Dep. of Fisheries &Marine Resources, 2 University of Basra, Collage of Agriculture, Dep. of Fisheries &Marine Resources
DOI: https://doi.org/10.17656/jzs.10337
Abstract:
Fish gelatin applied as an animal source binder and stabilizer in diets for the common
carp Cyprinus carpio L. fingerlings in comparison with binder void diet. Experimental diets
prepared from standard raw materials adding laboratory made fish gelatin at 1% as binder.
Three types of gelatin applied (extracted from tilapia Tilapia zilli skins, common carp Cyprinus
carpio L. gas bladder and barred needlefish Ablennes hians heads). Three diets containing each
type of extracted gelatin were prepared to compare with gelatin void diet. Fish initial average
weight 5.56 gm were fed at 5% body weight daily. Chemical and physical analyses performed on
pellets thrown into water to feed fish as affected by added gelatin. The influences of gelatin
monitored on pellet density, floating period, sinking velocity, water absorption rate and
disintegrating rate as indicators for pellet quality and resistance into water. Feed intake by fish
during research period studied also. Results showed that bladder gelatin diet gave the highest
weight increase in comparison with other diets which reached 15.6gm. Physical measurements
demonstrated that the highest density recorded in bladder gelatin diet (1.4 gm/cm3
) followed by head and skin gelatin diets (1.3 gm/cm3) while the lowest density recorded in gelatin void diet
(1.1 gm/cm3). Floating time of 8.55 sec. and sinking velocity of 1.06 sec./cm recorded for bladder
gelatin diet in comparison with 7.53, 7.31 and 5.30 sec. for floating time and 1.37, 1.43 and 2.47
sec./cm for sinking velocity of diets containing head , skin gelatin and control, respectively.
Various treatment indicated impacts on growth where weight increase rated 10.26-15.6 g,
specific growth rate 1.10-1.61 and relative growth rate 39.46-62.40 %. Bladder gelatin diet
surpassed others in weight increase, specific and relative growth rates. Feed conversion ratios
reached 3.156, 2.862, 3.597 and 4.306 for skin, bladder, head gelatin and control diets,
respectively. As for feed intake, bladder gelatin treatment gave the highest values. Chemical
composition did not affected by using binders.
Keywords: Gelatin, Common carp, Binder, Fish diet, Feed intake.
References
[1] D. Houlihan, T. Boujard and M. Jobling ," Food intake in fish", Blackwell Science Ltd.Oxford, (2001).
[2] M.B. Rust "Nutritional physiology in fish nutrition", J.E. Halver and R.W. Hardy (eds) Academic press, USA, (2002).
[3] T.A. Ahmad, and N.A. Salman, "Feed and feeding of fish" Basrah University. Ministry of
Higher Education and Scientific Research Press, (1982). (In Arabic).
[4] T. Saalah, R. Shapawi, N.A. Othman and A. Bono "Effect of formula variation in the
properties of fish feed pellet ", J. Applied Sci. 10 pp. 2537 – 2547, (2010).
[5] T.S. Winowiski "Pellet quality in animal feeds" American soybean association, lingo tech.,FT 21, pp.1-5, (1995).
[6] M.B. New "Feed and feeding of fish and shrimp "A manual on the preparation and
presentation of compound feeds for shrimp and fish in aquaculture, FAO / UNDP, (1987).
[7] T. Lovell, "Nutrition and feeding of fish" VanNostrand Reinhold Publishers. New York. 260 pp. (1989).
[8] J.E. Halver and R.W. Hardy, "Fish Nutrition" 3td edition, Academic Press, California, (2002).
[9] H. J Huang "Aquaculture feed binder" Proceeding Of The Pepole's Republic Of China
Aquaculture and Feed Workshop,1989, Akiyama, D.M. ed., Singapore American Soybean Assoc.
pp. 316-319, (1990).
[10] C. Burns, and J.W. J. Avault, "Artificial baits for trapping crawfish (Procambarus spp.):
Formulation and assessment" Jr. World-Maricult. Soc. 16, pp. 368-374, (1986).
[11] S.A. Ali, "Water stability of prawn feed pellets prepared using different binding materials
with special reference to tapioca" Indian J. Fish, 35(1) pp. 46-5,(1988).
[12] O. Fagbenro, and K. Jauncey, "Water stability, nutrient leaching and nutritional properties of
moist fermented fish silage diets". Aquacult. Eng. 14 :(2)pp.143-153(1995).
[13] E. Durazo - Beltran, and M.T. Viana, "Effect of the concentration of agar" Aquaculture
Development and Coord. Programme, Rome (Italy) Rome, Italy, FAO, Undp, (2001).
[14] G.L. Rumesey, Zall M., Cacae,R.R. and D.J. Lisk "Dairy-processing wastes as a replacement
protein source in diets of rainbow trout", Prog. Fish Cult. 43 (2) pp. 86-90, (1981).
[15] R.R.Smith "Recent advances in nutrition", Clay in trout diets. Salmonid, 4, (4) pp. 16-18, (1980).
[16] G. Reinitz "Influence of diet and feeding rate on the performance and production cost of
rainbow trout", Trans Am. Fish. Soc. 112(6) pp. 830- 833,(1983).
[17] A.Y. Al-Dubakel and M.A. Al-Sanabani "Using Vitamin C and Sodium Bentonite as food
additives in the diets of Common carp Cyprinus carpio L." Iraqi J. Aqua. 7(1) pp. 21-42, (2010).
[18] J. Slembrouck, A. Cisse, N. Kerdchuen "Etude preliminaire sur l'incorporation de iants dans
un aliment compose pour poisson d'elevage en Cote d'Ivoire", J-Ivoir - Oceanol - Limnol. 1(1) pp. 17-22, (1991).
[19] M.Thomas and A.F.B.Van der Poel "Physical quality of pelleted Animal feed. Criteria for
pellet quality" Anim. Feed Sci. Technol. 61pp. 89 – 112, (1996).
[20] M. Boonyaratpalin, "Water stability of prawn diets with different binders" Thai-Fish. Gaz.
34(6)pp. 661- 667, (1981).
[21] N. Herwing; L. Garibaldi and R. E. Walke ,"Handbook of drugs and chemicals used in
the treatment of fish disease" Charles, C., Thomas publisher, illionis, (1979).
[22] AOAC. (Association of Official Analytical Chemists). "Official methods of analysis". 14th
ed. Washington, DC, USA, (1984).
[23] H. Egan, R. S. Kirk,. and R. Sawyer, "Pearson’s chemical analysis of food". 8th ed.,
Longman Scientific and Technical, UK, (1988).
[24] C.K, Misra, N.P. Sahu and K.K. Jain "Effect of extrusion processing and steam pelleting
diets on pellet durability, water absorption and physical response of macrobrachium rosenbergii"
India", 15 (9) pp. 1354 – 1358, (2002).
[25] APHA, "Standard methods for the examination of water and waste water" AWWA, WPCE,
18 edition, Washington DC, USA, pp. 4 – 80 and 4 – 90, (1992).
[26] F.M.K. Al-Habeeb, "Using non-conventional sources for feeding of the common carp
Cyprinus Carpio L." PhD dissertation. Basrah University, College of Agriculture, (1996). (In Arabic).
[27] R.K. Rout and S. Bandyopadhyay "A comparative study of shrimp feed pellets processing
through cooking extruder and meat mincer" India Institute of technology, Kharagpur,
Aquaucultural Engineers, 19 (7) pp. 71 – 79, (1998).
[28] M. Jobling ," Bioenergetics feed intake and energy partitioning."pp. 1 - 44. In: J.C. Rankin
and F.B.Jensen, (Eds).Fish physiology, London: Chapman and Hall, (1993).
[29] B. Hepher," Nutrition of pond fishes", Cambridge Univ. Press, London, (1988).
[30] Quest International "Biofine" P19 Technical Specifications.
http://www.deltagen.com.au/data/biofinep19beer.doc, (2001).
[31] F.A. Johnston-Banks, "Gelatin" In: Harris, P., editor, Food gels London: Elsevier Applied
Science, pp. 233-289, (1990).
[32] M. Jobling, E. Gomes and J. Dias, "Feed Types, Manufacture and Ingredients, In Food intake
in fish (Houlihan et al. eds ),pp. 26 – 48, ( 2001 ).
[33] A.G. Ward and A. Courts "The science and technology of Gelatin" Academic press, New York, (1977).
[34] C. B. Hudson, "Gelatin - Relation structure and chemistry to functionality", In: Food
hydrocolloids: Structures, Properties and functions, Nishihari, k. and Doi. E. (eds.), New York,
(1994).
[35] M . McWilliams "Food - experimental perspectives",4th ed. Englewood cliffs,NJ: prentice
Hall, (2001).
[36] K, C. Behnke, "Factors influencing pellet quality". Department of Grain Science and
Industry, Kansas University, Manhattan, Kansas USA, Feed Tec. 5 (4), (2001).
[37] Y. Pranoto, D.W. Marseno and H. Rahmawati "Characteristics of gelatins extracted from
fresh and sun-dried seawater fish skins in Indonesia", International Food Research Journal 18(4)
pp. 1335-1341 (2011).
[38] M.A. Amiza, and, A. D. Siti, "Effect of drying and freezing of Cobia (Rachycentron
canadum) skin on its gelatin properties", International Food Research Journal, 18, pp. 159-166,
(2011)
[39] FAO/ WHO/ UNU."A Energy and protein requirements, Report of a Joint FAO/ WHO/ UNU
expert consultation". World Health organization technical report series 724, world health
organization, Geneva, (1985).
[40] T . R . Keenan "Gelatin", In : Kirk – Othmer Encyclopedia of Chemical Technology, J.
Koschwitz (ed.), New York, 12, pp. 406-416, (1994) .
[41] J. Poppe "Gelatin", In: Thickening and Gelling-Agents for food, Imeson,A. (ed.),Blackie
Academic and Professional, 2nd.ed. , London, pp. 144 -168, (1997).
[42] F.W. Wheaton, S. Singh, S., J.N. Hochheimer, J.N. and J.H. Soares "A study of selected fish
feed binders: effect on generated waste quantity and quality" Proceedings of the 2nd International
Conference on Recirculating Aquaculture Virginia Cooperative Extension Program Virginia
Polytechnic-Institute and State University, (2002).
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