Targets multiple exon skipping with size difference of 147
Short product(s): 108
Long product(s): 255
Isoform sequences

Targets single exon skipping with size difference of 75
Short product(s): 108
Long product(s): 183
Isoform sequences

Targets mutually exclusive exon skipping with size difference of 143
Short product(s): 251
Long product(s): 394, 397
Isoform sequences

Targets mutually exclusive exon skipping with size difference of 71
Short product(s): 251
Long product(s): 322
Isoform sequences

Targets mutually exclusive exon skipping with size difference of 142
Short product(s): 180
Long product(s): 322
Isoform sequences

Targets intron retention with size difference of 598
Short product(s): 251
Long product(s): 938
Isoform sequences

Targets alternative donor with size difference of 142
Short product(s): 180, 252, 255
Long product(s): 322, 394, 397
Isoform sequences

Targets single exon skipping with size difference of 72
Short product(s): 108
Long product(s): 180
Isoform sequences

Targets mutually exclusive exon skipping with size difference of 3
Short product(s): 180
Long product(s): 183
Isoform sequences

Targets alternative acceptor with size difference of 3
Short product(s): 180, 251, 252, 394
Long product(s): 183, 255, 397, 938
Isoform sequences

Targets multiple exon skipping with size difference of 143
Short product(s): 108
Long product(s): 251
Isoform sequences

Targets single exon skipping with size difference of 71
Short product(s): 180, 183
Long product(s): 251
Isoform sequences

Targets intron retention with size difference of 86
Short product(s): 251
Long product(s): 938
Isoform sequences

Targets intron retention with size difference of 127
Short product(s): 322, 394, 397
Long product(s): 938
Isoform sequences

Targets multiple exon skipping with size difference of 286
Short product(s): 108
Long product(s): 394
Isoform sequences

Targets mutually exclusive exon skipping with size difference of 0
Short product(s): 180
Long product(s): 180
Isoform sequences

Targets single exon skipping with size difference of 214
Short product(s): 180, 183
Long product(s): 394, 397
Isoform sequences

Targets mutually exclusive exon skipping with size difference of 71
Short product(s): 180
Long product(s): 251
Isoform sequences

Targets intron retention with size difference of 414
Short product(s): 252, 255, 394, 397
Long product(s): 938
Isoform sequences

Targets single exon skipping with size difference of 75
Short product(s): 180, 322
Long product(s): 255, 397
Isoform sequences

Targets intron retention with size difference of 269
Short product(s): 180, 252, 255
Long product(s): 938
Isoform sequences

Targets single exon skipping with size difference of 72
Short product(s): 180, 322
Long product(s): 252, 394
Isoform sequences

Targets multiple exon skipping with size difference of 289
Short product(s): 108
Long product(s): 397
Isoform sequences

Targets mutually exclusive exon skipping with size difference of 1
Short product(s): 251
Long product(s): 252, 255
Isoform sequences

Targets mutually exclusive exon skipping with size difference of 139
Short product(s): 183
Long product(s): 322
Isoform sequences

Targets single exon skipping with size difference of 72
Short product(s): 180, 183
Long product(s): 252, 255
Isoform sequences

Targets alternative acceptor with size difference of 489
Short product(s): 180, 322
Long product(s): 938
Isoform sequences

Targets alternative acceptor with size difference of 830
Short product(s): 108
Long product(s): 938
Isoform sequences

Targets multiple exon skipping with size difference of 144
Short product(s): 108
Long product(s): 252
Isoform sequences

Targets single exon skipping with size difference of 72
Short product(s): 108
Long product(s): 180
Isoform sequences

Targets intron retention with size difference of 755
Short product(s): 180, 183
Long product(s): 938
Isoform sequences

Targets single exon skipping with size difference of 214
Short product(s): 108
Long product(s): 322
Isoform sequences