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. 2024 Jul 2;9(7):e00505-24. doi: 10.1128/msystems.00505-24

Fig 5.

Ad5 transcriptome reconstruction using NAGATA. Transcript classification, quantification of abundance and how many are identified across time points and with less data, and comparison of NAGATA to other software for finding transcripts are featured.

Reconstruction of the adenovirus type 5 transcriptome. (A) Schematic depicting the HAdV-C5 transcriptome as constructed by NAGATA using merged DRS data sets representing 12 and 24 hpi of A549 cells. Read coverage is shown for each strand (black) with the y-axis denoting read depth. Major transcription units (e.g., E1A) are indicated in black text while individual transcripts are colored according to classification (orange = not present in existing annotation, blue = present in existing annotation, gray = reported in existing annotation but not detected by NAGATA in this data set). Wide and thin boxes indicate canonical CDS domains and UTRs, respectively. Black asterisks denote transcripts putatively classified as unspliced pre-mRNAs. (B) For each detected transcript in each transcription unit, a raw abundance count was generated using NAGATA and color-coded according to transcript classification. (C) Upset plot denoting the number of transcripts reported by NAGATA in the individual 12 hpi and 24 hpi data sets and merged 12 + 24 hpi data sets. (D) Upset plot denoting the number of transcripts reported by NAGATA in the merged 12 + 24 hpi data set after random subsampling of reads. (E) Upset plots denoting the number of transcripts reported by NAGATA, StringTie2 (18), and Isoquant (20), segregated according to (blue) overlaps with existing annotation, (gray) not detected, and (orange) not present in original annotation.