Ubiquitylases example sentences

"Ubiquitylases" Example Sentences

1. Ubiquitylases play a crucial role in regulating protein degradation.
2. The ubiquitylases gene is highly conserved across species.
3. Targeting ubiquitylases could be a potential therapeutic strategy for cancer.
4. Ubiquitylases are responsible for attaching ubiquitin to proteins.
5. The number of ubiquitylases in the human genome is estimated to be around 600.
6. Defects in ubiquitylases have been linked to neurodegenerative diseases.
7. Certain viruses can hijack ubiquitylases to evade the host immune response.
8. Ubiquitylases are involved in numerous cellular processes, including DNA repair and cell signaling.
9. The ubiquitylase family consists of several subfamilies, such as RING and HECT.
10. The identification of novel ubiquitylases could provide new insights into protein regulation.
11. The activity of ubiquitylases can be regulated by post-translational modifications.
12. Some ubiquitylases can target specific substrates for degradation.
13. Ubiquitylases can form multi-protein complexes with other enzymes and regulators.
14. The expression of ubiquitylases can be dysregulated in certain cancers.
15. Mutations in ubiquitylase genes can lead to inherited disorders, such as Fanconi anemia.
16. The development of specific inhibitors for ubiquitylases could be a promising therapeutic approach.
17. Ubiquitylase activity can be regulated by allosteric mechanisms.
18. Scientists are still working to understand the full range of functions of ubiquitylases.
19. A better understanding of ubiquitylase biology could aid in the development of precision medicine.
20. Ubiquitylases that regulate cell cycle progression are of particular interest to cancer researchers.
21. Some drugs currently used in cancer treatment work by inhibiting the activity of ubiquitylases.
22. The activity of ubiquitylases has been linked to aging and age-related diseases.
23. Ubiquitylases are involved in the quality control of proteins in the endoplasmic reticulum.
24. The study of ubiquitylases has led to the discovery of numerous other regulatory enzymes and pathways.
25. Defects in the ubiquitin-proteasome system, including ubiquitylases, have been implicated in Parkinson’s disease.
26. Ubiquitylase inhibitors have also shown potential in treating viral infections.
27. The regulation of ubiquitylase activity is a complex and dynamic process.
28. The discovery of new ubiquitylases has opened up new avenues for research in protein regulation.
29. Certain ubiquitylase genes are frequently mutated in various types of cancer.
30. The ubiquitin-proteasome system, which includes ubiquitylases, is a critical pathway for maintaining cellular homeostasis.

Common Phases

not use any scientific jargon or terminology.
1. Ubiquitylases play a crucial role in regulating cellular functions;
2. They are responsible for tagging specific proteins for degradation;
3. Ubiquitylation is essential for maintaining protein turnover and preventing buildup of damaged proteins;
4. Defects in ubiquitylation can lead to a variety of diseases;
5. Ubiquitylases can be targeted with drugs to treat certain cancers;
6. The discovery of ubiquitylation has revolutionized the field of protein regulation.