This article studies the evolution of social movements, as part of sociopolitical transformation of Contemporary Spain, by analyzing the dynamics that build one of the main actors of urban conflict: ...the neighborhood association.
Cet article étudie l’évolution des mouvements sociaux, dans le cadre de la transformation sociopolitique de l’Espagne contemporaine, à travers l’analyse des dynamiques qui façonnent l’un des ...principaux acteurs du conflit urbain : l’association de quartier.
Introduction Tout au long de son histoire, l’espace urbain de la ville de Valence a subi de nombreuses transformations, plus particulièrement pendant les années 1960-70. Durant cette période ...d’intense urbanisation engendrée par des changements socio-économiques, les activités agraires se sont amenuisées au profit du développement industriel, entrainant la réalisation d’aménagements urbains. Ces derniers n’ont pas été systématiquement acceptés par les habitants puisque divers collectifs et ass...
Capturing prokaryotic dark matter genomes Gasc, Cyrielle; Ribière, Céline; Parisot, Nicolas ...
Research in microbiology,
12/2015, Letnik:
166, Številka:
10
Journal Article
Recenzirano
Prokaryotes are the most diverse and abundant cellular life forms on Earth. Most of them, identified by indirect molecular approaches, belong to microbial dark matter. The advent of metagenomic and ...single-cell genomic approaches has highlighted the metabolic capabilities of numerous members of this dark matter through genome reconstruction. Thus, linking functions back to the species has revolutionized our understanding of how ecosystem function is sustained by the microbial world. This review will present discoveries acquired through the illumination of prokaryotic dark matter genomes by these innovative approaches.
Microbial communities are extremely abundant and diverse on earth surface and play key role in the ecosystem functioning. Thus, although next-generation sequencing (NGS) technologies have greatly ...improved knowledge on microbial diversity, it is necessary to reduce the biological complexity to better understand the microorganism functions. To achieve this goal, we describe a promising approach, based on the solution hybrid selection (SHS) method for the selective enrichment in a target-specific biomarker from metagenomic and metatranscriptomic samples. The success of this method strongly depends on the determination of sensitive, specific, and explorative probes to assess the complete targeted gene repertoire. Indeed, in this method, RNA probes were used to capture large DNA or RNA fragments harboring biomarkers of interest that potentially allow to link structure and function of communities of interest.
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