Polyprotein example sentences

"Polyprotein" Example Sentences

1. The polyprotein encoded by the gene is translated into a single peptide chain.
2. The polyprotein is then cleaved into the individual proteins by proteases.
3. The polyprotein is also known to be involved in the regulation of gene expression.
4. The polyprotein is expressed in the cytoplasm of the cell and is then transported to the nucleus.
5. The polyprotein is then cleaved into the individual proteins by proteases in the nucleus.
6. The polyprotein is then transported back to the cytoplasm where it is processed and assembled into the functional proteins.
7. The polyprotein is composed of multiple subunits, each of which has a specific function in the cell.
8. The polyprotein is synthesized in the endoplasmic reticulum and is then transported to the Golgi apparatus.
9. The polyprotein is then cleaved into the individual proteins by proteases in the Golgi apparatus.
10. The polyprotein is then transported to the plasma membrane where it is processed and assembled into the functional proteins.
11. The polyprotein is then transported to the cell surface where it is processed and assembled into the functional proteins.
12. The polyprotein is then transported to the extracellular environment where it is processed and assembled into the functional proteins.
13. The polyprotein is then transported to the target cells where it is processed and assembled into the functional proteins.
14. The polyprotein is then transported to the lysosomes where it is degraded and the individual proteins are released.
15. The polyprotein is then transported to the mitochondria where it is processed and assembled into the functional proteins.
16. The polyprotein is then transported to the endosomes where it is processed and assembled into the functional proteins.
17. The polyprotein is then transported to the peroxisomes where it is processed and assembled into the functional proteins.
18. The polyprotein is then transported to the nucleus where it is processed and assembled into the functional proteins.
19. The polyprotein is then transported to the cytoplasm where it is processed and assembled into the functional proteins.
20. The polyprotein is then transported to the cell surface where it is processed and assembled into the functional proteins.
21. The polyprotein is then cleaved into the individual proteins by proteases in the cytoplasm.
22. The polyprotein is then cleaved into the individual proteins by proteases in the nucleus.
23. The polyprotein is then cleaved into the individual proteins by proteases in the mitochondria.
24. The polyprotein is then cleaved into the individual proteins by proteases in the endosomes.
25. The polyprotein is then cleaved into the individual proteins by proteases in the peroxisomes.
26. The polyprotein is then cleaved into the individual proteins by proteases in the lysosomes.
27. The polyprotein is then cleaved into the individual proteins by proteases in the cell surface.
28. The polyprotein is then cleaved into the individual proteins by proteases in the extracellular environment.
29. The polyprotein is then cleaved into the individual proteins by proteases in the target cells.
30. The polyprotein is then processed and assembled into the functional proteins in the cytoplasm.
31. The polyprotein is then processed and assembled into the functional proteins in the nucleus.
32. The polyprotein is then processed and assembled into the functional proteins in the mitochondria.
33. The polyprotein is then processed and assembled into the functional proteins in the endosomes.
34. The polyprotein is then processed and assembled into the functional proteins in the peroxisomes.
35. The polyprotein is then processed and assembled into the functional proteins in the lysosomes.
36. The polyprotein is then processed and assembled into the functional proteins in the cell surface.
37. The polyprotein is then processed and assembled into the functional proteins in the extracellular environment.
38. The polyprotein is then processed and assembled into the functional proteins in the target cells.
39. The polyprotein is composed of multiple domains, each of which has a specific role in the cell.
40. The polyprotein is then cleaved into the individual proteins by proteolytic enzymes in the cytoplasm.

Common Phases

Translation; Proteolytic Processing; Assembly; Trafficking