"Antisense" Example Sentences
1. The cell was engineered to express an antisense RNA to silence a target gene.
2. The antisense oligonucleotide had a therapeutic effect in treating spinal muscular atrophy.
3. The company's drug candidate uses an antisense approach to target cancer cells.
4. The antisense sequence was designed to hybridize with a specific mRNA molecule.
5. The research team discovered a novel microRNA with an antisense counterpart.
6. The antisense technology has revolutionized gene expression studies.
7. The antisense strand of DNA serves as a template for RNA synthesis.
8. The patient was treated with an antisense compound to reduce protein production.
9. The antisense therapy halted the progression of the disease in animal models.
10. The drug was designed to block the activity of an antisense RNA.
11. The antisense transcript was found to regulate gene expression in a unique way.
12. The antisense molecule successfully inhibited the translation of a target protein.
13. The scientists used antisense technology to study gene function in bacteria.
14. The antisense probe was labeled with a fluorescent tag for microscopy imaging.
15. The antisense approach has been used to target viral RNA in infectious diseases.
16. The antisense RNA was engineered to selectively degrade the target mRNA.
17. The antisense drug was effective in reducing the severity of Alzheimer's disease symptoms.
18. The researchers discovered an antisense transcript that regulates a key metabolic pathway.
19. The antisense therapy is being developed for a range of genetic disorders.
20. The antisense sequence hybridized with the mRNA and prevented protein synthesis.
21. The new drug candidate uses an antisense mechanism to target a specific gene variant.
22. The scientists used CRISPR-Cas9 to generate an antisense mutation in the gene of interest.
23. The antisense technology showed promise in treating Huntington's disease in animal models.
24. The antisense oligonucleotide was modified to enhance stability and efficacy.
25. The antisense molecule selectively binds to the target RNA and does not affect other transcripts.
26. The antisense approach is being explored as a potential therapy for Parkinson's disease.
27. The researchers identified an antisense long noncoding RNA that regulates cellular differentiation.
28. The antisense compound reduced the expression of a cancer-promoting protein in tumor cells.
29. The antisense transcript was found to function in epigenetic regulation of gene expression.
30. The drug company is developing an antisense therapy for a rare genetic disorder involving abnormal protein folding.
Common Phases
1.
Antisense technology is used to target specific genes;
2. The
antisense strand binds to the complementary mRNA;
3.
Antisense therapy has shown promise in treating certain diseases;
4.
Antisense oligonucleotides can inhibit protein synthesis;
5.
Antisense RNA can regulate gene expression;
6.
Antisense drugs can block the activity of disease-causing proteins.