Title of article :
Quality of fish fillet from pond-raised red tilapia and its utilisation in the development of value-added product
Author/Authors :
Che Rohani, A. Malaysian Agricultural Research and Development Institute Station - Food Technology Research Centre, Terengganu , Normah, O. Malaysian Agricultural Research and Development Institute Headquarters - Food Technology Research Centrer, Kuala Lumpur , Zahrah, T. Malaysian Agricultural Research and Development Institute Headquarters - Technical Services Centre, Kuala Lumpur , Che Utama, C.M. National Prawn Fry Production and Research Centre - Department of Fisheries, Malaysia , Saadiah, I. National Prawn Fry Production and Research Centre - Department of Fisheries, Malaysia
From page :
153
To page :
161
Abstract :
The eating quality, fillet yield, protein and fat contents of pond-raised red tilapia were ~valuated. The effects of water depuration process on the removal of muddy taste and the development of a value-added product were also studied. The skin on fillet yield ranged 32-33% while the protein and fat contents of the fillets ranged 16-17% and 1-4% respectively. The fillet yield and protein content were not significantly (p 0.05) affected by the types of feed. However, the fat content of tilapia fed with the commercial feed and traditional feed were significantly higher (p 0.05) than those fed on formulated feeds with and without vitamin E. No depuration was required for fish fed with formulated feeds. Fish fed on commercial and traditional feed need at least 8 h of water depuration process to leach out the muddy taste and increase their acceptability. Geosmin was not detected in all samples. Tilapia fillet battered with tempura battermix comprising 62% wheat flour, 30% com starch and 8% rice flour was the most acceptable.
Keywords :
tilapia fillet , tilapia quality , muddy flavour , value , added product
Journal title :
Journal of Tropical Agriculture and Food Science
Journal title :
Journal of Tropical Agriculture and Food Science
Record number :
2576901
Link To Document :
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