Question

An intron is a section of: protein that is cleaved after translation transfer RNA that binds to the anticodon DNA that is removed during DNA processing RNA that is removed during RNA processing the 5' end that serves as a signal for RNA transport 

          An intron is a section of:

protein that is cleaved after translation
transfer RNA that binds to the anticodon
DNA that is removed during DNA processing
RNA that is removed during RNA processing
the 5' end that serves as a signal for RNA transport
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An intron is a section of: protein that is cleaved after translation transfer RNA that binds to the anticodon DNA that is removed during DNA processing RNA that is removed during RNA processing the 5' end that serves as a signal for RNA transport

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Biology for AP Courses
Biology for AP Courses
Julianne Zedalis, John Eggebrecht
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An intron is a section of: protein that is cleaved after translation transfer RNA that binds to the anticodon DNA that is removed during DNA processing RNA that is removed during RNA processing the 5 ' end that serves as a signal for RNA transport An intron is a section of: O protein that is cleaved after translation transfer RNA that binds to the anticodon O DNA that is removed during DNA processing O RNA that is removed during RNA processing O the 5'end that serves as a signal for RNA transport
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RNA splicing is a process that removes the intervening, non-coding sequences of genes (introns) from pre-mRNA and joins the protein-coding sequences (exons) together in order to enable translation of mRNA into a protein. Which sequences within the pre-mRNA determine where splicing occurs?

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Transcript

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00:01 So the question given here is say that rna splicing is a process that removes the intervening sequence of genes from pre -mrna and joins the protein coding sequence together.
00:15 So what sequence with the pre -mrna determine where splicing occurs? so here splicing, this is what of a pre -mrna molecule occurs in several steps.
00:26 Right this occur in several steps that are catalyzed by small nuclear ribonucle proteins that is small nuclear ribonucic proteins right so what after the small nucleo ribonuclic protein this binds to the five prime end here it binds to the five prime end splied sides so the five prime end of the intron base pair with the downstream branch is forming a lariat so it is forming a lariat and the three prime end of the exon is cut right three prime end of exxon this is cut and joined to the branch side of then joined to the branch side of hydroxyl group at the three prime end of the x1 that at xx the four phosphoryester bond at the three prime slice side right? so here what, as a result what happens? the exons, that is l1 and l2...
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