Table 3 Splicing regulatory elements previously predicted by systematic studies.
From: Computational prediction of splicing regulatory elements shared by Tetrapoda organisms
Publication | Number of elements predicted |
|---|---|
Fairbrother, W.G., et al. [7] | 238 hexamers as candidate ESEs |
Zhang, X.H. and L.A. Chasin [8] | Putative 2,069 octamers as exonic splicing enhancers and 974 octamers as exonic splicing silencers |
Wang, Z., et al. [24] | 133 ESS-containing decanucleotides |
Yeo, G.W., E.L. Van Nostrand, and T.Y. Liang [10] | 133 5'SS ISEs and 299 3'SS ISEs pentamers |
Goren, A., et al. [11] | 285 hexamers putative exonic splicing regulatory sequences |
Zhang, C., et al. [12] | Putative 1131 hexamers Exon-Identity Elements (EIEs) and 708 Intron-Identity Elements (IIEs) |
Stadler, M.B., et al. [13] | 380 hexamers as new candidate ESEs and 132 hexamers as new candidate ESSs |
Wang, E. T., et. al. [14] | 187 5'SS ISEs/ISSs and 175 3'SS ISEs/ISSs hexamers supporting the tissue-specific splicing events |