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D. Georgala (1958)
The bacterial flora of the skin of North Sea cod.Journal of general microbiology, 18 1
T. Snyder (1947)
The Relative Errors of Bacteriological Plate Counting MethodsJournal of Bacteriology, 54
E. Wood (1950)
The Bacteriology of Shark SpoilageMarine and Freshwater Research, 1
E. Wood (1953)
Heterotrophic Bacteria in Marine Environments of Eastern AustraliaMarine and Freshwater Research, 4
M. Stewart (1932)
The Bacterial Flora of the Slime and Intestinal Contents of the Haddock (Gadus aeglefinus)Journal of the Marine Biological Association of the United Kingdom, 18
R. Venkataraman, A. Sreenivasan (1953)
The bacteriology of fresh-water fish.The Indian journal of medical research, 41 4
M. Highlands, O. Williams (1944)
A BACTERIOLOGICAL SURVEY OF SARDINE CANNING IN MAINEJournal of Food Science, 9
F. Griffiths (1937)
A REVIEW OF THE BACTERIOLOGY OF FRESH MARINE‐FISHERY PRODUCTSJournal of Food Science, 2
C. H. Castell, R. E. Triggs (1953)
Contaminated ice in the boats at sea, 55
Aschehoug (1943)
Investigation of the bacterial flora of fresh herringZbl. Bakt. (Abt. 2), 106
D. Georgala (1957)
CHANGES IN THE SKIN FLORA OF COD AFTER WASHING AND ICINGJournal of Applied Microbiology, 20
E. Wood (1952)
The micrococci in a marine environment.Journal of general microbiology, 6 3-4
F. Dyer (1947)
Microorganisms From Atlantic CodWsq: Women's Studies Quarterly
G. Wilson (1922)
THE PROPORTION OF VIABLE BACTERIA IN YOUNG CULTURES WITH ESPECIAL REFERENCE TO THE TECHNIQUE EMPLOYED IN COUNTINGJournal of Bacteriology, 7
J. Liston (1956)
Quantitative variations in the bacterial flora of flatfish.Journal of general microbiology, 15 2
J. Liston (1957)
The occurrence and distribution of bacterial types on flatfish.Journal of general microbiology, 16 1
R. S. Breed, E. G. D. Murray, N. R. Smith (1957)
Bergey's Manual of Determinative Bacteriology
L. Clegg, S. Thomas, C. Cox (1951)
A COMPARISON OF ROLL‐TUBE AND PETRI DISH COLONY COUNTS ON RAW MILKJournal of Applied Microbiology, 14
SUMMARY: The cleaning efficiency of hosing wooden market fish boxes with cold water, the usual commercial practice, was very low, even when high pressure jets were used. After washing, the internal surfaces could still carry up to 20 × 106 bacteria/cm2. Even prolonged steaming failed to sterilize the surfaces. Coryneform organisms accounted for over 50% of the total bacterial flora, although these have usually been reported as present in only low proportions on both fresh and spoiling fish. The major subsidiary groups were species of Achromobacter and Pseudomonas, constituting about 18% and 14% of the population respectively. A few micrococci and flavobacteria were also present.
Journal of Applied Microbiology – Oxford University Press
Published: Apr 1, 1959
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