Alberto José Prioli

TL;DR: The genome sequence revealed that H. seropedicae is a highly versatile microorganism with capacity to metabolize a wide range of carbon and nitrogen sources and with possession of four distinct terminal oxidases, suggesting a high potential to interact with host plants.

TL;DR: Mitochondrial DNA sequences and RAPD markers revealed high genetic diversity within each population, as well as low genetic distance, high gene flow, and high mitochondrial DNA similarity among all three populations, demonstrating that the population presently known as Astyanax bimaculatus in the Iguacu River should actually be stated asAstyanax altiparanae.

TL;DR: Light and Scanning Electron Microscopy techniques showed the presence of endophyte fungi inside L. divaricata leaves, inhabiting inter- and intra-cellular spaces, and types of extensive colonization and dissemination were reported throughout all the leaf parts in palisade parenchyma, esclerenchyma, spongy parenchema, adaxial epidermis, and vascular bundle indicating colonization of endphytes in múltiple structural sub-

TL;DR: Genetic diversity among invasive populations confirmed the hypothesis of multiple introductions in this hydrographic basin and indicated that reproductive isolation between C. monoculus and Cichla sp.

TL;DR: Cereus peruvianus seedlings were used as a source of stem explants to determine the effective conditions for inducing and maintaining callus tissues in a state of rapid growth, as well as to obtain plants regenerated from callus cultures.