Ubiquitinylated example sentences

"Ubiquitinylated" Example Sentences

1. Ubiquitinylated proteins are often targeted for degradation.
2. The ubiquitinylated substrate was subsequently degraded by the proteasome.
3. Researchers investigated how ubiquitinylated histone H2B affects gene expression.
4. He discovered that the ubiquitinylated protein was involved in DNA repair.
5. It showed that the protein was extensively ubiquitinylated under stress conditions.
6. Ubiquitinylated proteins play a crucial role in cell cycle regulation.
7. The study examined the effects of ubiquitinylated Tau protein in Alzheimer's disease.
8. Misfolded proteins are often ubiquitinylated and destroyed.
9. They found that the receptor was rapidly ubiquitinylated following ligand binding.
10. Ubiquitinylated Parkin is associated with Parkinson's disease progression.
11. The experiment demonstrated that the enzyme efficiently ubiquitinylated its target.
12. Many signaling pathways rely on ubiquitinylated intermediates.
13. The ubiquitinylated form of the protein was inactive.
14. Analysis showed a significant increase in ubiquitinylated species.
15. Ubiquitinylated proteins can be identified using specific antibodies.
16. Interestingly, only the monomeric form was ubiquitinylated.
17. The results suggest that ubiquitinylated proteins are crucial for immune response.
18. Overexpression of the E3 ligase led to increased ubiquitinylated protein levels.
19. They hypothesize that the protein is ubiquitinylated in a specific cellular compartment.
20. The ubiquitinylated proteins were separated by SDS-PAGE.
21. Upon activation, the protein became rapidly ubiquitinylated.
22. Ubiquitinylated IκBα is degraded, releasing NF-κB.
23. The experiment confirmed that the target protein was indeed ubiquitinylated.
24. The level of ubiquitinylated p53 increased after DNA damage.
25. Inhibition of the ubiquitin-proteasome system reduced the amount of ubiquitinylated proteins.
26. Aberrant ubiquitinylated proteins accumulate in many diseases.
27. The precise sites of ubiquitinylation are critical for function.
28. This study focuses on the dynamics of ubiquitinylated receptor trafficking.
29. A new approach to detect ubiquitinylated proteins was developed.
30. The newly identified protein was found to be extensively ubiquitinylated in cancer cells.
31. The data supports the hypothesis that the protein is specifically ubiquitinylated.
32. Future research should investigate the functional consequences of ubiquitinylation at this site.
33. They observed that only certain isoforms were ubiquitinylated.
34. The mechanism of ubiquitinylated protein degradation is complex.
35. Several ubiquitinylated proteins were identified by mass spectrometry.
36. This suggests that ubiquitinylated proteins are regulated by cellular stress.
37. The degradation of ubiquitinylated proteins is energy-dependent.
38. Disrupting ubiquitinylation pathways can lead to severe consequences.
39. The identification of ubiquitinylated substrates is a major research area.
40. Ubiquitinylated proteins are involved in various cellular processes.
41. It is crucial to understand the regulation of protein ubiquitinylation.
42. The paper provides insights into the roles of ubiquitinylated signaling molecules.
43. This technique allows for the detection of low-abundance ubiquitinylated proteins.
44. Proper ubiquitinylation is essential for maintaining cellular homeostasis.
45. The study explored the consequences of impaired ubiquitinylation in disease.
46. Ubiquitinylated proteins are often found in aggresomes.
47. The researchers developed a novel assay to quantify ubiquitinylated proteins.
48. Understanding ubiquitinylation is crucial for developing new therapies.
49. The protein became ubiquitinylated and subsequently degraded.
50. We investigated the effects of inhibiting ubiquitinylation on cell growth.