Bacteriocin production by Fusobacterium isolates recovered from the oral cavity of human subjects with and without periodontal disease and of marmosets

Bacteriocin production has been studied in very few anaerobic bacteria, and no report is available for Fusobacterium species. In the present study a total of 167 Fusobacterium isolates were tested for bacteriocin production: 70 isolates were obtained from the oral cavity of patients with periodontal...

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Published inResearch in microbiology Vol. 149; no. 8; pp. 585 - 594
Main Authors Oliveira, A.A.P., Farias, L.M., Nicoli, J.R., Costa, J.E., Carvalho, M.A.R.
Format Journal Article
LanguageEnglish
Published Paris Elsevier SAS 01.09.1998
Elsevier
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ISSN0923-2508
1769-7123
DOI10.1016/S0923-2508(99)80006-0

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Abstract Bacteriocin production has been studied in very few anaerobic bacteria, and no report is available for Fusobacterium species. In the present study a total of 167 Fusobacterium isolates were tested for bacteriocin production: 70 isolates were obtained from the oral cavity of patients with periodontal disease, 47 were recovered from healthy oral sites of human subjects and 50 from the oral cavity of Callithrix penicillata. Autoantagonism and isoantagonism were observed when the bacteriocin-producing isolates were tested against themselves. Heteroantagonism was detected by testing the Fusobacterium isolates against 14 reference strains and 2 strains of Actinobacillus actinomycetemcomitans from our laboratory collection. The auto-, iso- and hetero-antagonism phenomena observed in this comparative study suggest a possible ecological role for this (these) antagonistic substance(s) in the oral environment. La production de bactériocine a étéétudiée chez très peu de bactéries anaérobies et, aucune mention à ce respect n'est disponible pour les espèces du genre Fusobacterium. Dans cette étude, un total de 167 isolats du genre Fusobacterium a été testé pour la production de bactériocine: 70 souches ont été isolées de la cavité orale d'humains présentant une maladie périodontale, 47 souches ont été prélevées de sites oraux sains et 50 provenaient de la cavité orale de Callithrix penicillatta. Des phénomèness d'auto- et d'isoantagonisme ont été observés lorsque les souches productrices de bactériocine(s) ont été testées entre elles. Un hétéroantagonisme a été mis en évidence quand les isolats producteurs ont été testés contre 14 souches de référence et deux souches de Actinobacillus actinomycetemcomitans de la collection de notre laboratoire. Les phénomènes d'auto-, d'iso- et d'hétéroantagonisme suggèrent un possible rôle écologique de ces substances antagonistes dans l'environnement oral.
AbstractList Bacteriocin production has been studied in very few anaerobic bacteria, and no report is available for Fusobacterium species. In the present study a total of 167 Fusobacterium isolates were tested for bacteriocin production: 70 isolates were obtained from the oral cavity of patients with periodontal disease, 47 were recovered from healthy oral sites of human subjects and 50 from the oral cavity of Callithrix penicillata. Autoantagonism and isoantagonism were observed when the bacteriocin-producing isolates were tested against themselves. Heteroantagonism was detected by testing the Fusobacterium isolates against 14 reference strains and 2 strains of Actinobacillus actinomycetemcomitans from our laboratory collection. The auto-, iso- and heteroantagonism phenomena observed in this comparative study suggest a possible ecological role for this (these) antagonistic substance(s) in the oral environment.
Bacteriocin production has been studied in very few anaerobic bacteria, and no report is available for Fusobacterium species. In the present study a total of 167 Fusobacterium isolates were tested for bacteriocin production: 70 isolates were obtained from the oral cavity of patients with periodontal disease, 47 were recovered from healthy oral sites of human subjects and 50 from the oral cavity of Callithrix penicillata. Autoantagonism and isoantagonism were observed when the bacteriocin-producing isolates were tested against themselves. Heteroantagonism was detected by testing the Fusobacterium isolates against 14 reference strains and 2 strains of Actinobacillus actinomycetemcomitans from our laboratory collection. The auto-, iso- and hetero-antagonism phenomena observed in this comparative study suggest a possible ecological role for this (these) antagonistic substance(s) in the oral environment. La production de bactériocine a étéétudiée chez très peu de bactéries anaérobies et, aucune mention à ce respect n'est disponible pour les espèces du genre Fusobacterium. Dans cette étude, un total de 167 isolats du genre Fusobacterium a été testé pour la production de bactériocine: 70 souches ont été isolées de la cavité orale d'humains présentant une maladie périodontale, 47 souches ont été prélevées de sites oraux sains et 50 provenaient de la cavité orale de Callithrix penicillatta. Des phénomèness d'auto- et d'isoantagonisme ont été observés lorsque les souches productrices de bactériocine(s) ont été testées entre elles. Un hétéroantagonisme a été mis en évidence quand les isolats producteurs ont été testés contre 14 souches de référence et deux souches de Actinobacillus actinomycetemcomitans de la collection de notre laboratoire. Les phénomènes d'auto-, d'iso- et d'hétéroantagonisme suggèrent un possible rôle écologique de ces substances antagonistes dans l'environnement oral.
Bacteriocin production has been studied in very few anaerobic bacteria, and no report is available for Fusobacterium species. In the present study a total of 167 Fusobacterium isolates were tested for bacteriocin production: 70 isolates were obtained from the oral cavity of patients with periodontal disease, 47 were recovered from healthy oral sites of human subjects and 50 from the oral cavity of Callithrix penicillata. Autoantagonism and isoantagonism were observed when the bacteriocin-producing isolates were tested against themselves. Heteroantagonism was detected by testing the Fusobacterium isolates against 14 reference strains and 2 strains of Actinobacillus actinomycetemcomitans from our laboratory collection. The auto-, iso- and heteroantagonism phenomena observed in this comparative study suggest a possible ecological role for this (these) antagonistic substance(s) in the oral environment.Bacteriocin production has been studied in very few anaerobic bacteria, and no report is available for Fusobacterium species. In the present study a total of 167 Fusobacterium isolates were tested for bacteriocin production: 70 isolates were obtained from the oral cavity of patients with periodontal disease, 47 were recovered from healthy oral sites of human subjects and 50 from the oral cavity of Callithrix penicillata. Autoantagonism and isoantagonism were observed when the bacteriocin-producing isolates were tested against themselves. Heteroantagonism was detected by testing the Fusobacterium isolates against 14 reference strains and 2 strains of Actinobacillus actinomycetemcomitans from our laboratory collection. The auto-, iso- and heteroantagonism phenomena observed in this comparative study suggest a possible ecological role for this (these) antagonistic substance(s) in the oral environment.
Author Nicoli, J.R.
Farias, L.M.
Oliveira, A.A.P.
Costa, J.E.
Carvalho, M.A.R.
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DocumentTitleAlternate Production de bactériocines par des souches de Fusobacterium isolées de la cavité orale de sujets humains présentant ou non une maladie périodontale et de ouistitis
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IsPeerReviewed true
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Issue 8
Keywords Antagonisme, Fusobacterium, Bactériocine, Bouche
Antagonism, Fusobacterium, Bacteriocin, Mouth
Bactéries anaérobies, Substances antagonistes, Ouistiti
Anaerobic bacteria, Antagonistic substances, Marmoset
Human
Animal microorganism relation
Callithrix penicillata
Callithrix jacchus
Fusobacterium
Bacteriocin
Monkey
Microflora
Bacteroidaceae
Oral cavity
Vertebrata
Antagonism
Mammalia
Anaerobe
Primates
Simioidea
Bacteria
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Snippet Bacteriocin production has been studied in very few anaerobic bacteria, and no report is available for Fusobacterium species. In the present study a total of...
Bacteriocin production has been studied in very few anaerobic bacteria, and no report is available for Fusobacterium species. In the present study a total of...
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StartPage 585
SubjectTerms Anaerobic bacteria, Antagonistic substances, Marmoset
Animal, plant and microbial ecology
Animals
Antagonism, Fusobacterium, Bacteriocin, Mouth
Antagonisme, Fusobacterium, Bactériocine, Bouche
Antibiosis
Bacteria - growth & development
Bacteriocins - biosynthesis
Bacteriology
Bactéries anaérobies, Substances antagonistes, Ouistiti
Biological and medical sciences
Callithrix
Fundamental and applied biological sciences. Psychology
Fusobacterium
Fusobacterium - growth & development
Fusobacterium - isolation & purification
Fusobacterium - metabolism
Humans
Microbial ecology
Microbiology
Mouth - microbiology
Normal microflora of man and animals. Rumen
Pathogenicity, virulence, toxins, bacteriocins, pyrogens, host-bacteria relations, miscellaneous strains
Periodontal Diseases - microbiology
Title Bacteriocin production by Fusobacterium isolates recovered from the oral cavity of human subjects with and without periodontal disease and of marmosets
URI https://dx.doi.org/10.1016/S0923-2508(99)80006-0
https://www.ncbi.nlm.nih.gov/pubmed/9795996
https://www.proquest.com/docview/17138007
https://www.proquest.com/docview/70016569
Volume 149
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