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BZIP intron animal
Kbhooks: ←Created page with 'Consensus secondary structure and sequence conservation of bZIP intron animal The '''bZIP intron animal''' is an unco...'
[[File:BZIPintron animal.svg|thumb|right|Consensus secondary structure and sequence conservation of bZIP intron animal]]
The '''bZIP intron animal''' is an unconventional [[BZIP_intron_RNA_motif|bZIP intron]] in animals located in the mRNA of [[XBP1|Xbp1]] orthologs.<ref name=Hooks></ref> The RNA structure consists of two hairpins of similar length with loop regions defining the splice sites. [[Intron]] is usually 23 or 26 nt long and it is excised by [[endoribonuclease]] [[ERN1|Ire1]] encoded by [[ERN1]] gene in response to [[ER stress]]. The splicing mechanism in this group was first reported in human.<ref name=Yoshida></ref>
==References==
<references/>
[[Category:Non-coding RNA]]
The '''bZIP intron animal''' is an unconventional [[BZIP_intron_RNA_motif|bZIP intron]] in animals located in the mRNA of [[XBP1|Xbp1]] orthologs.<ref name=Hooks></ref> The RNA structure consists of two hairpins of similar length with loop regions defining the splice sites. [[Intron]] is usually 23 or 26 nt long and it is excised by [[endoribonuclease]] [[ERN1|Ire1]] encoded by [[ERN1]] gene in response to [[ER stress]]. The splicing mechanism in this group was first reported in human.<ref name=Yoshida></ref>
==References==
<references/>
[[Category:Non-coding RNA]]
July 11, 2019 at 05:15PM
