It has been observed that a better frozen product can be obtained by freezing good quality pomfrets transported in insulated containers with sufficient quantity of ice. To enhance the keeping quality and to prevent dehydration and discoloration, a dip in B H A (0.005%) for 15 minutes and subsequent storage in polythene lined gunny bag at -15°c to -I8°c can be recommended. The products treated in the above manner can be stored well over six months. Periodical glazing at an interval of 3 weeks will also prevent the dehydration to a greater extent
The shelf-life of frozen oil sardine (Sardinella longiceps) can be improved by preserving the fish i...
The influence of different pre-freezing ice storage periods on the biochemical and organoleptic qual...
Rancidity development during frozen storage (–20 °C) of sierra fish (Scomberomorus sierra) was studi...
An investigation on the quality of pomfrets transported to Bombay from Gujarat coast and its subsequ...
Skin-on fillets of spotted seer were frozen individually with different pre-freezing ice storage per...
The paper deals with certain technological aspects of transportation of fish. Frozen fish packed in ...
The changes occurring in moisture, thiamine, riboflavin niacin, phosphorus, iron and calcium in pomf...
The freezing and cold storage changes occurring in skinless fillets of cat fish and the effect of pa...
Tilapia from fresh water and brackish water-sources behaved differently during iced and frozen stora...
Fresh sole fish (Cynoglossus macrolepidotus) was quick frozen at -40°C and stored at -18°C. Shelf li...
Microbiological investigation of fresh and frozen fishes such as pomfret, surmai and mackerel was ca...
Studies conducted in the laboratory and field have shown that iced fish can be preserved for longer ...
The frozen storage characteristics of ribbon fish, Trichiurus sp., in different forms are reported
Behaviour of freeze dried ready-to-serve fish based food preparations during prolonged storage at ro...
The freezing and cold storage characteristics of cuttle fish fillets have been studied. The yield of...
The shelf-life of frozen oil sardine (Sardinella longiceps) can be improved by preserving the fish i...
The influence of different pre-freezing ice storage periods on the biochemical and organoleptic qual...
Rancidity development during frozen storage (–20 °C) of sierra fish (Scomberomorus sierra) was studi...
An investigation on the quality of pomfrets transported to Bombay from Gujarat coast and its subsequ...
Skin-on fillets of spotted seer were frozen individually with different pre-freezing ice storage per...
The paper deals with certain technological aspects of transportation of fish. Frozen fish packed in ...
The changes occurring in moisture, thiamine, riboflavin niacin, phosphorus, iron and calcium in pomf...
The freezing and cold storage changes occurring in skinless fillets of cat fish and the effect of pa...
Tilapia from fresh water and brackish water-sources behaved differently during iced and frozen stora...
Fresh sole fish (Cynoglossus macrolepidotus) was quick frozen at -40°C and stored at -18°C. Shelf li...
Microbiological investigation of fresh and frozen fishes such as pomfret, surmai and mackerel was ca...
Studies conducted in the laboratory and field have shown that iced fish can be preserved for longer ...
The frozen storage characteristics of ribbon fish, Trichiurus sp., in different forms are reported
Behaviour of freeze dried ready-to-serve fish based food preparations during prolonged storage at ro...
The freezing and cold storage characteristics of cuttle fish fillets have been studied. The yield of...
The shelf-life of frozen oil sardine (Sardinella longiceps) can be improved by preserving the fish i...
The influence of different pre-freezing ice storage periods on the biochemical and organoleptic qual...
Rancidity development during frozen storage (–20 °C) of sierra fish (Scomberomorus sierra) was studi...