Tyrosyl example sentences

"Tyrosyl" Example Sentences

1. Tyrosyl residues are important in protein-protein interactions.
2. Tyrosyl radicals are highly reactive species.
3. Tyrosyl residues are found in many proteins.
4. The tyrosyl radical is a key intermediate in many enzymatic reactions.
5. Tyrosyl radicals can be generated by electron transfer reactions.
6. Tyrosyl radicals are involved in the oxidation of amino acids.
7. Tyrosyl radicals can be generated from tyrosine residues.
8. The tyrosyl radical is a powerful oxidizing agent.
9. Tyrosyl radicals can be produced by the oxidation of tyrosine residues.
10. Tyrosyl radicals are important intermediates in many enzymatic reactions.
11. Tyrosyl radicals have been implicated in the oxidation of amino acids.
12. Tyrosyl radicals are produced by the oxidation of tyrosine residues.
13. Tyrosyl radicals have been shown to be involved in the oxidation of amino acids.
14. Tyrosyl radicals can be generated by the oxidation of tyrosine residues.
15. Tyrosyl radicals are important in the oxidation of amino acids.
16. Tyrosyl radicals can be generated from tyrosine residues by electron transfer reactions.
17. Tyrosyl radicals are important intermediates in the oxidation of amino acids.
18. Tyrosyl radicals are important in the oxidation of tyrosine residues.
19. Tyrosyl radicals are generated by the oxidation of tyrosine residues.
20. Tyrosyl radicals can be generated from the oxidation of tyrosine residues.
21. Tyrosyl radicals are generated by the transfer of electrons from tyrosine residues.
22. Tyrosyl radicals are important intermediates in the oxidation of tyrosine residues.
23. Tyrosyl radicals have been implicated in the oxidation of tyrosine residues.
24. Tyrosyl radicals can be generated by the transfer of electrons from tyrosine molecules.
25. Tyrosyl radicals can be generated by the oxidation of tyrosine molecules.
26. Tyrosyl radicals are important in the oxidation of tyrosine molecules.
27. Tyrosyl radicals can be generated from the oxidation of tyrosine molecules.
28. Tyrosyl radicals are formed by the oxidation of tyrosine residues.
29. Tyrosyl radicals are important in the oxidation of proteins.
30. Tyrosyl radicals can be generated from the oxidation of proteins.
31. Tyrosyl radicals are important intermediates in the oxidation of proteins.
32. Tyrosyl radicals have been implicated in the oxidation of proteins.
33. Tyrosyl radicals can be generated by the transfer of electrons from proteins.
34. Tyrosyl radicals are generated by the oxidation of proteins.
35. Tyrosyl radicals are important in the oxidation of DNA.
36. Tyrosyl radicals can be generated from the oxidation of DNA.
37. Tyrosyl radicals are important intermediates in the oxidation of DNA.
38. Tyrosyl radicals have been implicated in the oxidation of DNA.
39. Tyrosyl radicals can be generated by the transfer of electrons from DNA.
40. Tyrosyl radicals are generated by the oxidation of DNA.