Application of High-Throughput Sequencing technologies in native forest tree species in Argentina. Implications for breeding

SUSANA TORALES; VERONICA EL MUTJAR; SUSANA MARCUCCI-POLTRI; FLORENCIA POMPONIO; CAROLINA SOLIANI; PAMELA VILLALBA; MAXIMILIANO ESTRAVIS-BARCALA; LORENA KLEIN; MARTÍN GARCÍA; VIVIEN PENTREATH; MARÍA VIRGINIA INZA; NATALIA AGUIRRE; MÁXIMO RIVAROLA; CINTIA ACUÑA; SERGIO GONZÁLEZ; SABRINA AMALFI; MICAELA LÓPEZ; PAULINE GARNIER-GÉRÉ; NICOLÁS BELLORA; VERÓNICA ARANA

Low Intensity Breeding of Native Forest Trees in Argentina

Springer Nature

Año: 2020; p. 1 - 33

The high-throughput sequencing (HTS) or next-generation sequencing (NGS) technologies and associated bioinformatics tools have become a powerful approach for the development of entire genomes and transcriptomes, as well as molecular markers, on model and non-model organisms (Badenes et al. 2016). For non-model perennial trees, the HTS technologies provide a rapid way to access to genomic information crucial for breeding programs considering their long generation times and long intervals of breeding cycle (Badenes et al. 2016). This chapter aims to examine the state-of-the-art scientific knowledge on the application of HTS technologies on forest trees, particularly on genomic resources and marker development for Argentinean native species.