The bacteria from a variety of fresh-water fish, Cyprinus carpio. var. communis, showed the presence of micrococci, Gram positive and Gram negative rods. These have been characterized as far as was possible. Of thirty-eight strains of bacteria used, only six strains were considered as causing spoilage of fish flesh in experiments where flesh was incubated with individual cultures of the bacteria. These six strains had been found on the surface and/or intestine of the fish and support the suggestions that, after death, invasion of flesh by bacteria from the surface and intestine could be the cause of bacterial spoilage of fish
Aquaculture products can harbor pathogenic bacteria which are part of the natural microflora. Microb...
This study reports the microbial flora of differently processed tilapia fish obtained from Olomoore ...
The scientific research reflected in this study aimed to identify the bacterial microflora in differ...
Microorganisms are the major cause of spoilage of most seafood products. Fishes are more perishable...
The results of numerous studies indicate that fish possess bacterial populations on or in their skin...
Quantitative and qualitative studies on the bacterial flora of fresh Indian mackerel (Rastrelliger k...
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...
Microorganisms, especially bacteria are the major causes of spoilage in fresh fish. In the coastal a...
Microbial spoilage of fish and its biochemical changes has been reviewed. Naturally fishes were domi...
The presence of fish spoilage and human pathogenic bacteria in ice-chilled and spoiled Siakap (Sea p...
Bacteriological examination of the various organs (liver, kidney, intestine and inner muscle) of fou...
Abstract: Bacterial populations contaminating various tissues of fish cultured in fish ponds fertili...
Aquaculture products can harbor pathogenic bacteria which are part of the natural microflora. Microb...
Marine fish doma (Sciaenoids) (Small spp.) from Bombay coast was studied for total bacterial counts ...
Aquaculture products can harbor pathogenic bacteria which are part of the natural microflora. Microb...
This study reports the microbial flora of differently processed tilapia fish obtained from Olomoore ...
The scientific research reflected in this study aimed to identify the bacterial microflora in differ...
Microorganisms are the major cause of spoilage of most seafood products. Fishes are more perishable...
The results of numerous studies indicate that fish possess bacterial populations on or in their skin...
Quantitative and qualitative studies on the bacterial flora of fresh Indian mackerel (Rastrelliger k...
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...
Microorganisms, especially bacteria are the major causes of spoilage in fresh fish. In the coastal a...
Microbial spoilage of fish and its biochemical changes has been reviewed. Naturally fishes were domi...
The presence of fish spoilage and human pathogenic bacteria in ice-chilled and spoiled Siakap (Sea p...
Bacteriological examination of the various organs (liver, kidney, intestine and inner muscle) of fou...
Abstract: Bacterial populations contaminating various tissues of fish cultured in fish ponds fertili...
Aquaculture products can harbor pathogenic bacteria which are part of the natural microflora. Microb...
Marine fish doma (Sciaenoids) (Small spp.) from Bombay coast was studied for total bacterial counts ...
Aquaculture products can harbor pathogenic bacteria which are part of the natural microflora. Microb...
This study reports the microbial flora of differently processed tilapia fish obtained from Olomoore ...
The scientific research reflected in this study aimed to identify the bacterial microflora in differ...