Figure S1. Frequency distributions of Ribo-seq read lengths across CDSs, 5 â˛/3 â˛UTRs, and lncRNAs (human). (PDF 8253.44 kb
Abstract Background Although the number of discovered long non-coding RNAs (lncRNAs) has increased d...
Supplementary material 1. Table S1. Datasets included in this study. Figure S1. featureCounts assign...
Additional Figure 3. ZFLNC ROC curves. ROC curves computed on promoter and transcript sequences for ...
Figure S2. Frequency distributions of Ribo-seq read lengths across CDSs, 5 â˛/3 â˛UTRs, and lncRNA...
Figure S3. The discrimination of ribosome-associated and ribosome-free lncRNAs by ribosome density i...
Table S5. Contaminant Ribo-seq reads derived from miRNAs, snRNAs, and snoRNAs are enriched in lncRNA...
Figure S4. Analysis of coding potential by using FLOSS, RRS, and Framescore in all selected datasets...
Table S7. Analysis of ribosomal associations of mRNAs and lncRNAs. (XLSX 46.7 kb
Table S13. LncRNAs derived from snoRNA host genes are enriched in trans-lncRNAs and ribo-lncRNAs. (P...
Table S11. Fold change values for cellular localization analysis in HeLa cells. (XLSX 154 kb
Supplementary materials (figures and tables). Figure S1 Context scoring matrix measures the similari...
Table S10. Alignment of mass spectrometry data to mouse trans-lncRNAs. (TSV 5.97 kb
Building RPS and UAS model. (a) Correcting noise in sub-codon position signals. Raw, random and norm...
Multiple rat lncRNAs locate in the orthologous region of a human lncRNA RP11-472I20.3â001. (PDF 12...
Distribution of lncRNA types in the different euchromatin regions. Figure S2. Occupied regions for e...
Abstract Background Although the number of discovered long non-coding RNAs (lncRNAs) has increased d...
Supplementary material 1. Table S1. Datasets included in this study. Figure S1. featureCounts assign...
Additional Figure 3. ZFLNC ROC curves. ROC curves computed on promoter and transcript sequences for ...
Figure S2. Frequency distributions of Ribo-seq read lengths across CDSs, 5 â˛/3 â˛UTRs, and lncRNA...
Figure S3. The discrimination of ribosome-associated and ribosome-free lncRNAs by ribosome density i...
Table S5. Contaminant Ribo-seq reads derived from miRNAs, snRNAs, and snoRNAs are enriched in lncRNA...
Figure S4. Analysis of coding potential by using FLOSS, RRS, and Framescore in all selected datasets...
Table S7. Analysis of ribosomal associations of mRNAs and lncRNAs. (XLSX 46.7 kb
Table S13. LncRNAs derived from snoRNA host genes are enriched in trans-lncRNAs and ribo-lncRNAs. (P...
Table S11. Fold change values for cellular localization analysis in HeLa cells. (XLSX 154 kb
Supplementary materials (figures and tables). Figure S1 Context scoring matrix measures the similari...
Table S10. Alignment of mass spectrometry data to mouse trans-lncRNAs. (TSV 5.97 kb
Building RPS and UAS model. (a) Correcting noise in sub-codon position signals. Raw, random and norm...
Multiple rat lncRNAs locate in the orthologous region of a human lncRNA RP11-472I20.3â001. (PDF 12...
Distribution of lncRNA types in the different euchromatin regions. Figure S2. Occupied regions for e...
Abstract Background Although the number of discovered long non-coding RNAs (lncRNAs) has increased d...
Supplementary material 1. Table S1. Datasets included in this study. Figure S1. featureCounts assign...
Additional Figure 3. ZFLNC ROC curves. ROC curves computed on promoter and transcript sequences for ...
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