Extended Data Fig. 7: RNA modification signatures observed in Nano-tRNAseq datasets span multiple bases and are sequence-dependent. | Nature Biotechnology

Extended Data Fig. 7: RNA modification signatures observed in Nano-tRNAseq datasets span multiple bases and are sequence-dependent.

From: Quantitative analysis of tRNA abundance and modifications by nanopore RNA sequencing

Extended Data Fig. 7

Zoomed snapshots of WT S. cerevisiae Nano-tRNAseq runs, highlighting the signatures at m5C, m1A, I, and t6A modified sites. The upper row corresponds to biological replicate 2, and the lower row corresponds to biological replicate 2. Positions with a mismatch frequency greater than 0.2 are colored, whereas those showing mismatch frequencies lower than 0.2 are shown in gray.

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