"Exon" Example Sentences
1. The human genome contains thousands of exons.
2. Mutations in the exon region can lead to disease.
3. Scientists are studying alternative splicing of exons.
4. The sequence of each exon determines the protein produced.
5. An intron separates two exons in a gene.
6. Some mutations create new exons within a gene.
7. The exon splicing enhancer protein helps promote exon inclusion.
8. The intron retention process can lead to exon skipping.
9. In some rare diseases, exons are completely skipped during splicing.
10. Genetic engineering can add or remove exons from a gene.
11. The exon junction complex helps to maintain mRNA stability and promote translation.
12. The sequence variation in exons between individuals is what makes each person unique.
13. The process of exon shuffling can create new genes from the recombination of exons.
14. Many genetic disorders are caused by mutations in exons that alter the function of the resulting protein.
15. Splicing errors can cause a premature stop codon to be added to an exon, resulting in a truncated protein.
16. Some exons are alternatively spliced in a tissue-specific manner, resulting in different protein isoforms for different tissues.
17. The size of exons can vary greatly between different genes.
18. Scientists are studying the role of exons in neurodevelopmental disorders.
19. RNA editing can modify exons by removing or changing individual nucleotides.
20. Exons can be used as molecular markers for genetic disease diagnosis.
21. The length of exons is usually much smaller than the length of introns.
22. The majority of the human genome is made up of non-coding regions, with exons representing only a small fraction.
23. In some cases, splice sites within an exon can be subject to mutation, resulting in altered splicing patterns.
24. The function of many exons is still not fully understood, despite advances in genomic research.
25. Exons can undergo epigenetic modifications that alter their expression levels.
26. The presence of certain motifs within exons can affect their splicing patterns.
27. The spliceosome is responsible for accurately joining exons together during mRNA splicing.
28. Some genes contain exons that code for proteins that help regulate gene expression.
29. Researchers are using CRISPR/Cas9 gene editing technology to modify exons in a targeted manner.
30. The exonuclease enzyme removes nucleotides one at a time from the end of an exon.
Common Phases
1. Alternative splicing can result in multiple
exons being included in the final mRNA transcript;
2. A mutation in an
exon can lead to a change in the amino acid sequence of the encoded protein;
3.
Exons are joined together by splicing to form the final functional mRNA transcript;
4. Some genes can contain thousands of
exons, resulting in large and complex mRNA transcripts;
5.
Exon skipping therapy is a potential treatment for certain genetic disorders caused by mutations that affect specific
exons.