"Intron" Example Sentences
1. The intron is the non-coding region of the DNA molecule.
2. The intron may contain regulatory sequences that control gene expression.
3. The intron is removed during pre-mRNA processing.
4. Some genes have multiple introns that must be spliced together.
5. A mutation in an intron may affect splicing efficiency.
6. The presence of an intron can impact mRNA stability.
7. Introns can be used as genetic markers in evolutionary studies.
8. Long introns may contain repetitive sequences that contribute to genome instability.
9. Introns may play a role in alternative splicing events.
10. The intron-exon boundary is recognized by the spliceosome complex.
11. Introns may be conserved across species, indicating functional importance.
12. Large introns may impede transcription elongation.
13. The intron length can affect mRNA export from the nucleus.
14. Some introns are located within protein-coding sequences, leading to alternative reading frames.
15. Evolutionary pressure can lead to intron loss or gain.
16. The intron can affect RNA folding and secondary structure.
17. Introns have been implicated in genetic diseases such as spinal muscular atrophy.
18. The intron splice sites are recognized by splicing factors.
19. The intron region may contain RNA polymerase pausing sites.
20. Transposable elements can insert into introns, causing genomic instability.
21. Introns can contain regulatory elements that affect chromatin structure.
22. Some introns have been found to have a role in RNA stability.
23. Large introns may create problems for genome assembly.
24. Introns can have a functional role in mRNA localization.
25. Intron retention can contribute to mRNA diversity.
26. Damaged introns may affect the efficiency of RNA processing.
27. Incorrect intron splicing can lead to truncated or non-functional proteins.
28. Introns may serve as targets for RNA interference.
29. Introns can affect the rate of mRNA degradation.
30. The intron-exon structure can reveal the evolutionary history of a gene.
Common Phases
1. "The
introns were removed from the mRNA transcript; resulting in a mature mRNA strand."
2. "The presence of
introns can complicate protein expression studies; requiring additional purification steps."
3. "Certain
introns have been associated with genetic diseases; leading to abnormal protein production."
4. "Alternative splicing of
introns allows for greater protein diversity; from a single gene sequence."
5. "
Introns can also play regulatory roles in gene expression; affecting transcription and translation."