La corriente del Postdegrado. : Análisis y recopilación de buenas prácticas de regeneración socio-cultural en espacios abandonados.

This article investigates the good practices of urban regeneration performed by creative communities as an alternative strategy to face the multifactorial crisis that we are experiencing. The research focuses on empty urban slots as opportunities for the activation of transition mechanisms towards a sustainable society and aims to give visibility, connect and devise future bottom-up scenarios and initiatives built from below through participatory and innovative processes.Con el presente artículo, se entienden investigar las buenas prácticas de regeneración urbana de comunidades creativas como estrategia alternativa para enfrentarse a la crisis multifactorial que estamos viviendo. La investigación se focaliza en los vacíos urbanos como espacios de oportunidad para la activación de mecanismos de transición hacia una sociedad sostenible y pretende dar visibilidad, conectar e idear escenarios futuros construidos desde abajo a través de procesos participativos e innovadores. &nbsp

Exploring Mitogenomes Diversity of Fusarium musae from Banana Fruits and Human Patients

Fusarium musae has recently been described as a cross-kingdom pathogen causing post-harvest disease in bananas and systemic and superficial infection in humans. The taxonomic identity of fungal cross-kingdom pathogens is essential for confirming the identification of the species on distant infected hosts. Understanding the level of variability within the species is essential to decipher the population homogeneity infecting human and plant hosts. In order to verify that F. musae strains isolated from fruits and patients are part of a common population and to estimate their overall diversity, we assembled, annotated and explored the diversity of the mitogenomes of 18 F. musae strains obtained from banana fruits and human patients. The mitogenomes showed a high level of similarity among strains with different hosts’ origins, with sizes ranging from 56,493 to 59,256 bp. All contained 27 tRNA genes and 14 protein-coding genes, rps3 protein, and small and large ribosomal subunits (rns and rnl). Variations in the number of endonucleases were detected. A comparison of mitochondrial endonucleases distribution with a diverse set of Fusarium mitogenomes allowed us to specifically discriminate F. musae from its sister species F. verticillioides and the other Fusarium species. Despite the diversity in F. musae mitochondria, strains from bananas and strains from human patients group together, indirectly confirming F. musae as a cross-kingdom pathogen