The inclusion of both exon and intron sequences within primary transcripts explains the size difference between larger primary transcripts and smaller, mature mRNA ready for translation into protein.
22.
The protein SXL attaches to an intron segment located within the 52 UTR segment of the primary transcript, which leads to the inclusion of the intron after processing.
23.
When RNA polymerase II reaches a " termination sequence " ( TTATTT on the DNA template and AAUAAA on the primary transcript ), the end of transcription is signaled.
24.
This gene contains 34 exons and three exons of the primary transcripts are alternatively spliced to generate up to eight different mature mRNAs and after translation eight different protein products.
25.
A "'primary transcript "'is the single-stranded ribonucleic acid ( RNA ) product synthesized by Micrograph of gene transcription of ribosomal RNA illustrating the growing primary transcripts
26.
A "'primary transcript "'is the single-stranded ribonucleic acid ( RNA ) product synthesized by Micrograph of gene transcription of ribosomal RNA illustrating the growing primary transcripts
27.
Given the primary transcript begins at base 7539277, the promoter overlaps with it by 304 bases . 20 predicted transcription factor binding sites with their transcription factor family was collected as well.
28.
Studies of primary transcripts produced by RNA polymerase II reveal that an average primary transcript is 7, 000 nucleotides in length, with some growing as long as 20, 000 nucleotides in length.
29.
Studies of primary transcripts produced by RNA polymerase II reveal that an average primary transcript is 7, 000 nucleotides in length, with some growing as long as 20, 000 nucleotides in length.
30.
Pan-editing starts with the base-pairing of the unedited primary transcript with a guide RNA ( gRNA ), which contains complementary sequences to the regions around the insertion / deletion points.
