Transduction of inositol-fermenting ability demonstrating phylogenetic relationships among strains of Salmonella typhimurium
The production of Inl+ recombinants was readily demonstrated in transductional crosses from Inl+ donor strains to Inl− recipient strains from different biotypes and biogroups. None of numerous crosses between different pairs of strains from biotypes 25 and 26 and the biogroup FIRN (biotypes 29, 30,...
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| Published in | Genetical Research Vol. 35; no. 2; pp. 215 - 224 |
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| Main Authors | , , |
| Format | Journal Article |
| Language | English |
| Published |
Cambridge, UK
Cambridge University Press
01.04.1980
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| Subjects | |
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| Abstract | The production of Inl+ recombinants was readily demonstrated in transductional crosses from Inl+ donor strains to Inl− recipient strains from different biotypes and biogroups. None of numerous crosses between different pairs of strains from biotypes 25 and 26 and the biogroup FIRN (biotypes 29, 30, 31 and 32) gave Inl+ recombinants suggesting that the inl mutation was present at the same intragenic site in all of these strains. Strains of the FIRN biogroup (Fim−Inl−Rha−Bxyl−) are thought to have descended by successive rha and fim mutations from an ancestral bacterium of biotype 25 (Fim+Inl−Rha+Bxyl−). The sites of the inl mutations in other Inl− biotypes (9, 10, 27 and 25hi) were independent and each was different from that in strains from biotypes 25, 26 and FIRN. |
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| AbstractList | The production of Inl+ recombinants was readily demonstrated in transductional crosses from Inl+ donor strains to Inl− recipient strains from different biotypes and biogroups. None of numerous crosses between different pairs of strains from biotypes 25 and 26 and the biogroup FIRN (biotypes 29, 30, 31 and 32) gave Inl+ recombinants suggesting that the inl mutation was present at the same intragenic site in all of these strains. Strains of the FIRN biogroup (Fim−Inl−Rha−Bxyl−) are thought to have descended by successive rha and fim mutations from an ancestral bacterium of biotype 25 (Fim+Inl−Rha+Bxyl−). The sites of the inl mutations in other Inl− biotypes (9, 10, 27 and 25hi) were independent and each was different from that in strains from biotypes 25, 26 and FIRN. The production of Inl + recombinants was readily demonstrated in transductional crosses from Inl + donor strains to Inl − recipient strains from different biotypes and biogroups. None of numerous crosses between different pairs of strains from biotypes 25 and 26 and the biogroup FIRN (biotypes 29, 30, 31 and 32) gave Inl + recombinants suggesting that the inl mutation was present at the same intragenic site in all of these strains. Strains of the FIRN biogroup (Fim − Inl − Rha − Bxyl − ) are thought to have descended by successive rha and fim mutations from an ancestral bacterium of biotype 25 (Fim + Inl − Rha + Bxyl − ). The sites of the inl mutations in other Inl − biotypes (9, 10, 27 and 25hi) were independent and each was different from that in strains from biotypes 25, 26 and FIRN. |
| Author | Old, D. C. Dawes, P. F. H. Barker, Ruth M. |
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| BackLink | https://www.ncbi.nlm.nih.gov/pubmed/6993284$$D View this record in MEDLINE/PubMed |
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| References | Duguid (S0016672300014063_ref006) 1962; 17 S0016672300014063_ref008 Mortlock (S0016672300014063_ref009) 1979; 137 Old (S0016672300014063_ref012) 1971; 107 S0016672300014063_ref010 Old (S0016672300014063_ref011) 1972; 112 Kristensen (S0016672300014063_ref007) 1937; 129 S0016672300014063_ref005 S0016672300014063_ref003 S0016672300014063_ref014 S0016672300014063_ref013 S0016672300014063_ref002 Barker (S0016672300014063_ref004) 1980; 84 S0016672300014063_ref001 |
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| Snippet | The production of Inl+ recombinants was readily demonstrated in transductional crosses from Inl+ donor strains to Inl− recipient strains from different... The production of Inl + recombinants was readily demonstrated in transductional crosses from Inl + donor strains to Inl − recipient strains from different... |
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| SubjectTerms | Bacteriophages Genetic Markers Inositol - metabolism Phylogeny Salmonella typhimurium - classification Salmonella typhimurium - genetics Transduction, Genetic |
| Title | Transduction of inositol-fermenting ability demonstrating phylogenetic relationships among strains of Salmonella typhimurium |
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