"Helicase" Example Sentences
1. Helicase is a crucial enzyme involved in DNA replication.
2. Without helicase, DNA replication would not be possible.
3. The helicase enzyme unwinds the double helix structure of DNA during replication.
4. Helicase is essential for the process of transcription in DNA.
5. Mutations in the helicase gene can lead to various genetic disorders.
6. Helicase is one of the most studied enzymes in molecular biology.
7. The activity of helicase can be affected by certain drugs.
8. Helicase plays a key role in repairing DNA damage.
9. The function of helicase is highly conserved in all living organisms.
10. Helicase is also involved in the process of recombination in DNA.
11. The interactions between helicase and other proteins are critical for DNA replication.
12. Helicase is an ATP-dependent enzyme.
13. The crystal structure of helicase has been extensively studied.
14. Helicase is responsible for separating the two strands of DNA during replication.
15. Helicase uses energy from ATP hydrolysis to unwind DNA.
16. Mutations in the helicase gene have been linked to cancer.
17. Helicase is a key target for the development of anticancer drugs.
18. The activity of helicase can be regulated by post-translational modifications.
19. Helicase has been shown to interact with telomere-binding proteins.
20. Helicase has both positive and negative effects on telomere biology.
21. Helicase is involved in the removal of RNA primers during DNA replication.
22. Helicase has been shown to have a protective role in the prevention of DNA damage.
23. The activity of helicase is regulated by various molecular chaperones.
24. Helicase is crucial for the maintenance of genomic stability.
25. Helicase is involved in multiple cellular processes beyond DNA replication.
26. Helicase is able to unwind RNA as well as DNA.
27. The properties of helicase have been used in the development of biosensors.
28. Helicase is involved in the assembly and disassembly of nucleoprotein complexes.
29. The activity of helicase is tightly regulated at the level of gene expression.
30. Helicase is a versatile enzyme with multiple functions in the cell.
Common Phases
1.
Helicase unwinds double-stranded DNA;
2. DNA
helicases are essential for DNA replication;
3.
Helicases play an important role in DNA repair;
4. The mechanism of
helicase action is ATP-dependent;
5.
Helicase activity is regulated by protein-protein interactions;
6. DNA
helicases are categorized into different families;
7.
Helicases can also act as an RNA unwinding enzyme;
8.
Helicases are involved in many cellular processes, including transcription and translation;
9.
Helicase mutations can cause various genetic disorders;
10.
Helicase inhibitors are potential anticancer agents.