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/lp/springer_journal/bacterial-superintegrons-a-source-of-new-genes-with-adaptive-functions-uXXQz1YPH2
- Publisher
- Nauka/Interperiodica
- Copyright
- Copyright © 2006 by Pleiades Publishing, Inc.
- Subject
- Biomedicine; Human Genetics; Microbial Genetics and Genomics; Animal Genetics and Genomics
- ISSN
- 1022-7954
- eISSN
- 1608-3369
- D.O.I.
- 10.1134/S1022795406110111
- Publisher site
- See Article on Publisher Site
Abstract
Data on the structural organization of the platform of integrons, gene cassettes, and integrons with integrated cassettes of genes encoding drug resistance are briefly summarized. Data obtained during recent years about superintegrons or chromosomal integrons, characteristics of their organization, the presence of genes with known adaptive and unidentified functions in them, as well as data on the differences between superintegrons and previously described multiple resistance integrons, are considered in more detail. Studies that provide evidence for translocations of gene cassettes from stationary chromosomal integrons into integrons associated with mobile elements resulting in gene flows in natural bacterial populations, which favors their survival and adaptation to changing environment, are also reviewed.
Journal
Russian Journal of Genetics – Springer Journals
Published: Nov 7, 2006
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References
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Gene Cassettes from the Insert Region of Integron Are Excised as Covalently Closed CirclesCollis, C.M.; Hall, R.M.
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Expression of Antibiotic Resistance Genes in the Integrated Cassettes of IntegronsCollis, C.M.; Hall, R.M.
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Site-Specific Insertion of Gene Cassettes Into IntegronsCollis, C.M.; Grammaticopoulos, G.; Briton, J.
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Mobile Gene Cassettes and Integrons: Moving Antibiotic Resistance Genes in Gram-Negative BacteriaHall, R.M.
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Structure and Function of 59-Base Element Recombination Sites Associated with Mobile Gene CassettesStokes, H.W.; O’Gorman, D.B.; Recchia, G.D.
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Binding of the Purified Integron DNA Integrase IntI1 to Integron and Cassette-Associated Recombination SitesCollis, C.M.; Kim, M.J.; Stokes, H.W.; Hall, R.M.
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Efficiency of Recombination Reactions Catalysed by Class 1 Integron Integrase IntI1Collis, C.M.; Recchia, G.D.; Kim, M.J.
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Comparative Analysis of superintegrons: Engineering Extensive Genetic Diversity in the VibrionaceaeRowe-Magnus, D.A.; Guerout, A.-M.; Biskri, L.
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Impact of Integrons and Transposons on the Evolution of Resistance and VirulenceRowe-Magnus, D.A.; Davies, J.; Mazel, D.
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Integrons: Natural Tools for Bacterial Genome EvolutionRowe-Magnus, D.A.; Mazel, D.
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A Novel Family of Potentially Mobile Elements Encoding Site-Specific Gene-Integration Functions: IntegronsStokes, H.W.; Hall, R.M.
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Similarities and Differences Among 105 Members of the Int Family of Site-Specific RecombinasesNunes-Duby, S.E.; Kwon, H.J.; Tirumalai, R.S.
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Bacterial Resistance Evolution by Recruitment of Super-Integron Gene CassettesRowe-Magnus, D.A.; Guerout, A.-M.; Mazel, D.
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IntI2 Integron Integrase in Tn7Hansson, K.; Sandstrom, L.; Pelletier, A.; Roy, P.H.
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Characterization of the Class 3 Integron and the Site-Specific Recombination System It DeterminesCollis, C.M.; Kim, M.-J.; Partridge, S.R.
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Comparison of the Structure Activity Relationships of the Integron-Associated Recombination Sites attI3 and attI1 Reveals Common FeaturesCollis, C.M.; Hall, R.M.
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The Role of Integrons in Antibiotic Resistance Gene CaptureRowe-Magnus, D.A.; Mazel, D.
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Difinition of the attI1 Site of Class 1 IntegronsPatridge, S.R.; Recchia, G.D.; Scaramuzzi, C.
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Super-IntegronsRowe-Magnus, D.A.; Guerout, A.-M.; Mazel, D.
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VCR Repretitive Sequence Elements in the Vibrio cholerae Chromosome Constitute a Mega-IntegronClark, C.A.; Purins, L.; Kaewracon, P.; Manning, P.A.
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DNA Sequence of Both Chromosomes of the Cholerae Pathogen Vibrio choleraeHeidelberg, J.F.; Eisen, J.A.; Nelson, W.C.
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Identification of VCR, a Repeated Sequence Associated with a Locus Encoding a Hemagglutinin in Vibrio cholerae O1Barker, A.; Clark, C.A.; Manning, P.A.
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The Evolutionary History of Chromosomal Super-Integrons Provides an Ancestry for Multi-Resistant IntegronsRowe-Magnus, D.A.; Guerout, A.-M.; Ploncard, P.
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Comparative Study of Class 1 Integron and Vibrio cholerae Superintegron Integrase ActivitiesBiskri, L.; Bouvier, M.; Guerout, A.-M.
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Structure of In31 a blalMP—Pseudomonas aeruginosa Integron Phyletically Related to In 5, which Carries an Unusual Array of Gene CassettesLaraki, N.; Galleni, M.; Thamm, I.
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Molecular Characterization of Integrons in Acinetobacter baumanii: Description of a Hybrid Class 2 IntegronPoly, M.C.; Denis, F.; Courvalin, P.; Lambert, T.
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Recombination Activity of Distinctive Integron-Gene Cassette System Associated with Pseudomonas stutzeri Population in SoilHolmes, A.J.; Holley, M.P.; Mahon, A.
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Recovery of New Integron Classes from Environmental DNANield, B.S.; Holmes, A.J.; Gillings, M.R.
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Gene Cassette PCR: Sequence-Independent Recovery of Entire Genes from Environmental DNAStokes, H.W.; Holmes, A.J.; Nield, B.S.
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Integron Diversity in Heavy-Metal-Contaminated Mine Tailings and Inferences about Integron EvolutionNemergut, D.R.; Martin, A.P.; Schmidt, S.K.
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Lateral Gene Transfer and the Nature of Bacterial InnovationOchman, H.; Lawrence, J.G.; Groisman, E.A.
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The Native Pseudomonas stutzeri Strain Q Integron Can Capture and Express Cassette-Associated GenesColeman, N.V.; Holmes, A.J.
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Origins of the Mobile Gene Cassettes Found in IntegronsRecchia, G.D.; Hall, R.M.
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Gene Capture in Vibrio choleraeManning, P.A.; Clark, Ch.A.; Focareta, T.
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Resistance Integrons and Super-IntegronsFluit, A.C.; Schmidz, F.J.
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Excision and Integration of Cassettes by an Integron Integrase of Nitrosomonas europaeaLeon, G.; Roy, P.H.
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