Search results for "DEPOLYMERASE"

showing 2 items of 2 documents

Transcriptome analysis of Pseudomonas mediterranea and P. corrugata plant pathogens during accumulation of medium-chain-length PHAs by glycerol bioco…

2017

Pseudomonas corrugata and P. mediterranea are soil inhabitant bacteria, generally living as endophytes on symptomless plants and bare soil, but also capable of causing plant diseases. They share a similar genome size and a high proteome similarity. P. corrugata produces many biomolecules which play an important role in bacterial cell survival and fitness. Both species produce different medium-chain-length PHAs (mcl-PHAs) from the bioconversion of glycerol to a transparent film in P. mediterranea and a sticky elastomer in P. corrugata. In this work, using RNA-seq we investigated the transcriptional profiles of both bacteria at the early stationary growth phase with glycerol as the carbon sou…

EXPRESSION0301 basic medicineGlycerolAlginatesBioconversionPseudomonas mediterraneaPlant DiseasePOLYHYDROXYALKANOATESBioengineeringPolyhydroxyalkanoatePseudomonaTRANSACYLASEBacterial cell structureMicrobiologyTranscriptome03 medical and health sciencesPseudomonasDEPOLYMERASEMolecular BiologyDE-NOVO BIOSYNTHESISSoil MicrobiologyPlant DiseasesbiologyBase SequenceGene Expression ProfilingPseudomonasAlginatePolysaccharides BacterialSettore AGR/12 - Patologia VegetaleGeneral MedicineBiosynthetic PathwayGene Expression Regulation Bacterialbiology.organism_classificationBiosynthetic PathwaysDE-NOVO BIOSYNTHESIS ESCHERICHIA-COLI ALGINATE PRODUCTION PUTIDA KT2442 POLYHYDROXYALKANOATES TOMATO LIPODEPSIPEPTIDE TRANSACYLASE DEPOLYMERASE EXPRESSIONALGINATE PRODUCTIONLIPODEPSIPEPTIDEPseudomonas corrugataMetabolic pathwayRNA Bacterial030104 developmental biologyBiochemistryESCHERICHIA-COLIPUTIDA KT2442TOMATOBacteriaBiotechnology
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The effect of the genetic background on phage infectivity in an encapsulated host

2023

Los bacteriófagos desempeñan un papel clave en la ecología y evolución bacterianas y son potenciales antimicrobianos. Sin embargo, los factores determinantes de la especificidad fago-hospedador siguen siendo poco conocidos. Debido a la prevalencia de bacterias encapsuladas, la cápsula es la primera barrera que encuentran muchos fagos. Esta capa, normalmente de polisacáridos, puede bloquear el acceso de los fagos a los receptores de su pared celular. Para superarla, algunos fagos codifican dominios depolimerasa (Dpos) específicos en sus proteínas de unión a receptores. En este trabajo, hemos cuantificado la predictibilidad de las interacciones fago-bacteria basándonos en el tipo de locus cap…

klebsiellahostcapsuleevolutionphageUNESCO::CIENCIAS DE LA VIDAbacteriadepolymerases
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