Abstract We report here the main characteristics of ‘ Mediterranea massiliensis ’ strain Marseille-P2645T (CSURP2645) that was isolated from stored samples of gut.
Abstract We report here the main characteristics of ‘ Bacteroides mediterraneensis ’ strain Marseille-P2644T (CSURP2644) that was isolated from the stored samples of gut.
Abstract We report here the main characteristics of ‘ Marseilla massiliensis ’ strain Marseille-P2475T (CSURP2475) isolated from the human right colon.
Abstract The strain Marseille-P2749T (= CSUR P2749 = DSM 103085) was isolated as part of culturomics study from a liquid duodenum sample from a French man. Bacterial cells were Gram-negative bacilli, ...fusiform shaped and non–spore forming, and they grew in microaerophilic and anaerobic atmosphere. Its genome is 1 809 169 bp long and contains 1646 protein-coding genes. The DNA G+C content was 27.33 mol%. This strain exhibited a 95.9% sequence similarity with Fusobacterium periodonticum, the phylogenetically closest species with standing in nomenclature. Strain Marseille-P2749T is suggested to be a novel species belonging to the genus Fusobacterium, for which the name Fusobacterium massiliense sp. nov. is proposed.
Abstract Massilioclostridium coli strain Marseille-P2976T (= CSUR P2976 = DSM 103344) is a new bacterial genus isolated from the left colon of a patient who underwent colonoscopy for colorectal ...cancer screening. Massilioclostridium coli is a Gram-negative bacillus, strict anaerobic, nonsporogenous and nonmotile organism. We describe here the strain Marseille-P2976T and provide its complete annotated genome sequence according to taxonogenomics concepts. Its genome is 2 985 330 bp long and contains 2562 predicted genes and 75 RNA genes.
We report here the main characteristics of 'Caecibacter massiliensis' strain Marseille-P-2974T (CSUR P2974), which was isolated from a human right colon sample.
Clinical applications of gene therapy mainly depend on the development of efficient gene transfer vectors. Large DNA molecules can only be transfected into cells by using synthetic vectors such as ...cationic lipids and polymers. The present investigation was therefore designed to explore the physicochemical properties of cationic lipid-DNA particles, with plasmids ranging from 900 to 52 500 bp. The colloidal stability of the lipoplexes formed by complexing lipopolyamine micelles with plasmid DNA of various lengths, depending on the charge ratio, resulted in the formation of three domains, respectively corresponding to negatively, neutrally and positively charged lipoplexes. Lipoplex morphology and structure were determined by the physicochemical characteristics of the DNA and of the cationic lipid. Thus, the lamellar spacing of the structure was determined by the cationic lipid and its spherical morphology by the DNA. The main result of this study was that the morphological and structural features of the lipopolyamine-DNA complexes did not depend on plasmid DNA length. On the other hand, their gene transfer capacity was affected by the size of plasmid DNA molecules which were sandwiched between the lipid bilayers. The most effective lipopolyamine-DNA complexes for gene transfer were those containing the shortest plasmid DNA.
We present here the main characteristics of the strain Marseille-P2911 (= CSUR P2911 = DSMZ 103304), a bacterial species isolated from the left colon liquid sample of a 60-year-old man.
We report the summary of main characteristics of Tidjanibacter massiliensis strain Marseille-P3084(T), a new bacterial species isolated from the liquid sample of the colon of a patient with a history ...of irritable bowel syndrome.
PDF
