… ARTEMIS solves long-read sequencing problems of strongly structured regions or too long
… It is known that reference transcriptomes neglect unreferenced RNA diversity, and hence …

… also refines the completeness of coding regions, we first annotated protein-… Nanopore
sequencing helps to mitigate the underestimation of both unique and repetitive coding regions …

… the error rate for nanopore sequencing can be compensated … -host variants when subgenomic
regions are amplified in … 5% abundance) to neglect any variants below that threshold …

… analyses often neglect archaea, but also … sequencing covering variable regions of the
gene, and, eg, Euk-563–1132, 574–1132, as well as 616–1132 covered the V4 and V5 regions …

… The “absence” of these “hidden genes” could be due to the previously neglected complex …
evolutionary fate of SVs, we inferred the regions under positive selection for the Chinese and …

… sequencing, making the identification of transcription-regulatory sequences (TRS) particularly
problematic. Here, we applied long-read direct RNA sequencing to … Based on sequencing …

… sequenced marker genes, such as the V4-5 region of 16s … , often neglected by routine
clinical diagnosis, is possible. … of targeted amplification and nanopore sequencing; however, …

… regions to become more similar as the errors are removed (Fig. 2a and Table S4). … that
RNA viruses may be a critical but currently neglected component of the global virome [87]. There …

… sequencing that even methylations can be differentiated. Oxford Nanopore uses a different
approach utilizing a Nanopore … sequence fragments such as domain duplication regions. …

… We also examined the error rates within and outside homopolymer regions (defined as at least
… Additionally, we neglected stoichiometry information on individual modification sites here. …