create_tr_entry | Create a new GTF entry for a novel terminal exon |
DISCERNS | DISCERNS |
downstream_count | Count mapped parts in a read from max-1 to 0 in the most... |
extend_gtf | Extend GTF file with predicted exons |
filter_junction_reads | Junction reads from BAM file |
filter_terminal_sj | Filter novel exon predictions of potential terminal exon |
filter_trans_splice_junctions | Filter novel splice junctions based on overlapping genes |
find_novel_exons | Novel exon prediction |
get_reads | Import splice junction reads in a given genomic region |
get_second_sj | Identify the second splice junction of a novel exon |
identify_exon_end | Determine the coordinates of a novel exon at the end of a... |
identify_exon_from_sj | Identify a novel exon from a single novel splice junction |
identify_exon_start | Determine the coordinates of a novel exon at the start of a... |
import_novel_sj_reads | Import reads with novel splice junctions |
import_novel_sj_reads_parallel | Import reads with novel splice junctions in parallel |
match_sj_in_intron | Match novel splice junctions within an intron |
new_internal_transcript | Create new GTF annotation for a novel internal exon |
new_left_terminal_transcript | Create new GTF annotation for a novel left terminal exon |
new_right_terminal_transcript | Create new GTF annotation for a novel right terminal exon |
predict_cassette_exon | Predict novel cassette exons |
predict_jr_exon | Predict novel exons from reads with 2 junctions |
predict_jrp_exon | Predict novel exons from read pairs with two splice junctions |
prepare_annotation | Prepare anntation |
sj_touching_exon | Determine which side of the splice junction touches an exon |
transcript_range | Transcript range |
upstream_count | Count mapped parts in a read from 1 to max (from 5' to 3') |
which_exon_terminal | Determine terminal end of a splice junction |
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