Examinando por Autor "Esteban, Luis"
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Ítem Acceso Abierto Draft genome sequence of Lactococcus lactis subsp. lactis bv. diacetylactis CRL264, a citrate-fermenting strain(American Society for Microbiology, 2016-02-04) Zuljan, Federico A.; Espariz, Martín; Blancato, Víctor Sebastián; Esteban, Luis; Alarcón, Sergio; Magni, ChristianÍtem Acceso Abierto Draft genome sequences of four Enterococcus faecium strains isolated from Argentine cheese(American Society for Microbiology, 2016-02-04) Martino, Gabriela Paula; Quintana, Ingrid M.; Espariz, Martín; Blancato, Víctor Sebastián; Gallina Nizo, Gabriel; Esteban, Luis; Magni, ChristianÍtem Acceso Abierto Estudio de la expresión génica mediada por Brasinoesteroides en plantas de Arabidopsis thaliana(FCA-UNR, 2018-03-27) Grisolia, Mauricio Javier; Daurelio, Lucas; Esteban, LuisÍtem Acceso Abierto Estudios in silico de la expresión génica relativa a factores protectores frente al daño por frío en duraznos(FCA-UNR, 2016) Gismondi, Mauro; Daurelio, Lucas; Esteban, LuisÍtem Acceso Abierto Genomic comparative analysis of the environmental Enterococcus mundtii against enterococcal representative species(BMC, 2014-06-18) Repizo, Guillermo Daniel; Espariz, Martín; Blancato, Víctor Sebastián; Suárez, Cristian Alejandro; Esteban, Luis; Magni, ChristianBackground Enterococcus mundtii is a yellow-pigmented microorganism rarely found in human infections. The draft genome sequence of E. mundtii was recently announced. Its genome encodes at least 2,589 genes and 57 RNAs, and 4 putative genomic islands have been detected. The objective of this study was to compare the genetic content of E. mundtii with respect to other enterococcal species and, more specifically, to identify genes coding for putative virulence traits present in enterococcal opportunistic pathogens. Results An in-depth mining of the annotated genome was performed in order to uncover the unique properties of this microorganism, which allowed us to detect a gene encoding the antimicrobial peptide mundticin among other relevant features. Moreover, in this study a comparative genomic analysis against commensal and pathogenic enterococcal species, for which genomic sequences have been released, was conducted for the first time. Furthermore, our study reveals significant similarities in gene content between this environmental isolate and the selected enterococci strains (sharing an “enterococcal gene core” of 805 CDS), which contributes to understand the persistence of this genus in different niches and also improves our knowledge about the genetics of this diverse group of microorganisms that includes environmental, commensal and opportunistic pathogens. Conclusion Although E. mundtii CRL1656 is phylogenetically closer to E. faecium, frequently responsible of nosocomial infections, this strain does not encode the most relevant relevant virulence factors found in the enterococcal clinical isolates and bioinformatic predictions indicate that it possesses the lowest number of putative pathogenic genes among the most representative enterococcal species. Accordingly, infection assays using the Galleria mellonella model confirmed its low virulence.Ítem Acceso Abierto Taxonomic Identity Resolution of Highly Phylogenetically Related Strains and Selection of Phylogenetic Markers by Using Genome-Scale Methods: The Bacillus pumilus Group Case(2016-09-22) Espariz, Martín; Zuljan, Federico A.; Esteban, Luis; Magni, ChristianÍtem Acceso Abierto Taxonomic identity resolution of highly phylogenetically related strains and selection of phylogenetic markers by using genome-scale methods: the Bacillus pumilus group case(Public Library of Science (PLOS), 2016-09-22) Espariz, Martín; Zuljan, Federico A.; Esteban, Luis; Magni, Christian