which provide a wide coverage of the studied genome. In the case of the Hass variety, the PacBio ( single-molecule real-time-SMRT ) sequencing methodology was used from DNA of very high quality and size. The population analysis based on the study of single nucleotide polymorphisms (SNPs) has also made it possible to detail the genetic composition and history of the commercial variety Hass, which is the result of the introgression of genetic material of Guatemalan origin – by selective crosses. – in the genomic background of the Mexican variety. Within the framework of the work, the UB-IRBio experts have carried out phylogenomic analyzes, which consisted in the determination of single copy orthologous genes and trees with information on

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amino acid sequences and coding nucleotides for Marshall Islands Email List this group of genes. . Much of his work has also focused on analyzing the dynamics of the origin and loss of genes through BadiRate, a bioinformatics software developed at the UB by experts Julio Rozas and Pablo Librado. Improving agricultural productivity in crops around the world The research provides a new essential perspective to carry out association studies throughout the genome of the species and to find the genes – and the different genetic variants – that determine the most relevant characteristics for the economy and productivity of agricultural operations. In this context, the Research Group in Evolutionary Genomics and Bioinformatics of the UB has deployed several scientific

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collaborations with the team of Professor Víctor A. Albert, among which the work that identified the genetic changes that have allowed adaptation to the diet stands out. carnivorous in different plants ( Nature Ecology & Evolution,2017), an evolutionary process that has been repeated independently in several species using the same molecular solutions. A team of astronomers, led by researchers from the Instituto de Astrofísica de Canarias, has found three new planets orbiting a star, one of which could have favorable conditions for life. The discovery has been possible thanks to NASA’s TESS mission and data obtained by several ground-based observatories, including that of Calar Alto in Spain and its CARMENES instrument. The results are

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