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Group I introns are large self-splicing ri … Group I introns are large self-splicing ribozymes. They catalyze their own excision from mRNA, tRNA and rRNA precursors in a wide range of organisms. The core secondary structure consists of nine paired regions (P1-P9). These fold to essentially two domains – the P4-P6 domain (formed from the stacking of P5, P4, P6 and P6a helices) and the P3-P9 domain (formed from the P8, P3, P7 and P9 helices). The secondary structure mark-up for this family represents only this conserved core. Group I introns often have long open reading frames inserted in loop regions.n reading frames inserted in loop regions.
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| http://dbpedia.org/property/caption
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Predicted secondary structure and sequence conservation of Group I catalytic intron
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RF00028
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Group I intron
, Group I catalytic intron
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Intron_gpI
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Eukaryota; Bacteria; Viruses
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| rdfs:comment |
Group I introns are large self-splicing ri … Group I introns are large self-splicing ribozymes. They catalyze their own excision from mRNA, tRNA and rRNA precursors in a wide range of organisms. The core secondary structure consists of nine paired regions (P1-P9). These fold to essentially two domains – the P4-P6 domain (formed from the stacking of P5, P4, P6 and P6a helices) and the P3-P9 domain (formed from the P8, P3, P7 and P9 helices). The secondary structure mark-up for this family represents only this conserved core. Group I introns often have long open reading frames inserted in loop regions.n reading frames inserted in loop regions.
|
| rdfs:label |
Group I catalytic intron
|
