A study of the integration by non-homologous end joining (NHEJ) of a trackable DNA cassette with randomly-generated borders into Yarrowia lipolytica genome sheds light on exogenous DNA extremities degradation and confirms the potential of NHEJ-mediated integration for the design of genome-scale insertional mutant libraries in non-conventional yeasts

Analysis report related to the paper "A study of the integration by non-homologous end joining (NHEJ) of a trackable DNA cassette with randomly-generated borders into Yarrowia lipolytica genome sheds light on exogenous DNA extremities degradation and confirms the potential of NHEJ-mediated integration for the design of genome-scale insertional mutant libraries in non-conventional yeasts"