The presence of fish spoilage and human pathogenic bacteria in ice-chilled and spoiled Siakap (Sea perch Lates calcarifer) and ikan merah (Red snapper, Lutjanus sanguineus) were studied. Microbiological analysis was performed and the isolated bacteria were identified up to the species level by using API 20 E identification system. The study portrays that Vibrio fluvialis, Proteus mirabilis, Proteus vulgaris, Brucella sp. and Ochrabactrum anthropi were the human pathogenic bacteria found in sea perch while Vibrio fluvialis, Proteus mirabilis and Proteus vulgaris were detected in red snapper. In this study, Vivrio fluvialis was the fish spoilage bacteria found in both fishes while Shewanella putrefaciens was detected specifically in sea per...
Vibrio is a group of bacteria that causes Vibriosis in many aquatic biota cultivated in ponds. This ...
Abstract: Spoilage of fresh and lightly preserved fish products is caused by microbial action. In te...
Fish is a major food in great demand throughout the world. Fish protein is better and safer than mea...
The presence of fish spoilage and human pathogenic bacteria in ice-chilled and spoiled Siakap (Sea p...
Microorganisms are the major cause of spoilage of most seafood products. Fishes are more perishable...
Aquaculture products can harbor pathogenic bacteria which are part of the natural microflora. Microb...
Aquaculture products can harbor pathogenic bacteria which are part of the natural microflora. Microb...
Aquaculture products can harbor pathogenic bacteria which are part of the natural microflora. Microb...
Fish is an excellent source of high quality protein; however, it is susceptible to microbial spoilag...
Abstract: Aquaculture products can harbor pathogenic bacteria which are part of the natural microflo...
This study aimed to evaluate the microbiological quality of commercial fresh fish. A total of 7 mari...
With development of the fish culturing in the sea, the interest in their health also increased. The ...
A bacteriological survey of gilthead sea bream Sparus aurata from different fish farms and culture s...
Most global marine fish resources seem to have reached their limit of sustainable exploitation, wher...
Most global marine fish resources seem to have reached their limit of sustainable exploitation, wher...
Vibrio is a group of bacteria that causes Vibriosis in many aquatic biota cultivated in ponds. This ...
Abstract: Spoilage of fresh and lightly preserved fish products is caused by microbial action. In te...
Fish is a major food in great demand throughout the world. Fish protein is better and safer than mea...
The presence of fish spoilage and human pathogenic bacteria in ice-chilled and spoiled Siakap (Sea p...
Microorganisms are the major cause of spoilage of most seafood products. Fishes are more perishable...
Aquaculture products can harbor pathogenic bacteria which are part of the natural microflora. Microb...
Aquaculture products can harbor pathogenic bacteria which are part of the natural microflora. Microb...
Aquaculture products can harbor pathogenic bacteria which are part of the natural microflora. Microb...
Fish is an excellent source of high quality protein; however, it is susceptible to microbial spoilag...
Abstract: Aquaculture products can harbor pathogenic bacteria which are part of the natural microflo...
This study aimed to evaluate the microbiological quality of commercial fresh fish. A total of 7 mari...
With development of the fish culturing in the sea, the interest in their health also increased. The ...
A bacteriological survey of gilthead sea bream Sparus aurata from different fish farms and culture s...
Most global marine fish resources seem to have reached their limit of sustainable exploitation, wher...
Most global marine fish resources seem to have reached their limit of sustainable exploitation, wher...
Vibrio is a group of bacteria that causes Vibriosis in many aquatic biota cultivated in ponds. This ...
Abstract: Spoilage of fresh and lightly preserved fish products is caused by microbial action. In te...
Fish is a major food in great demand throughout the world. Fish protein is better and safer than mea...