Trna example sentences

"Trna" Example Sentences

1. tRNA molecules are crucial for protein synthesis.
2. The tRNA structure is a cloverleaf.
3. Aminoacyl-tRNA synthetases charge tRNA molecules.
4. tRNA is essential for translation.
5. Mischarging of tRNA can lead to errors in protein synthesis.
6. The anticodon loop of tRNA is vital for codon recognition.
7. tRNA interacts with the ribosome during translation.
8. Modified bases in tRNA enhance its function.
9. Research on tRNA is ongoing.
10. Understanding tRNA is key to understanding life.
11. The wobble hypothesis explains tRNA codon recognition flexibility.
12. Mutations in tRNA genes can cause disease.
13. tRNA plays a central role in the central dogma.
14. Several tRNA isoforms exist for some amino acids.
15. Scientists study tRNA to understand disease mechanisms.
16. tRNA structure is highly conserved.
17. The acceptor stem of tRNA carries the amino acid.
18. Accurate tRNA aminoacylation is paramount.
19. Defects in tRNA processing can be detrimental.
20. tRNA is a small, stable RNA molecule.
21. Studying tRNA helps us understand evolution.
22. Without functional tRNA, life would cease.
23. The synthesis of tRNA is a complex process.
24. New discoveries about tRNA are constantly being made.
25. tRNA is a fascinating molecule of life.
26. tRNA structure determines its function.
27. Many questions about tRNA remain unanswered.
28. The study of tRNA is a challenging field.
29. tRNA research may lead to new therapies.
30. We are still learning about the intricacies of tRNA.
31. Improved understanding of tRNA is vital.
32. tRNA is a key player in gene expression.
33. Disruptions to tRNA function can have severe consequences.
34. The role of tRNA in translation is well-established.
35. tRNA research is expanding rapidly.
36. Many researchers are dedicated to studying tRNA.
37. tRNA's interaction with mRNA is crucial.
38. The future of tRNA research is bright.
39. Further investigation into tRNA is necessary.
40. New technologies are advancing our understanding of tRNA.
41. This experiment focuses on the modifications of tRNA.
42. The stability of tRNA is vital for its function.
43. The degradation of tRNA is also an active area of research.
44. Understanding tRNA is essential for developing new drugs.
45. This chapter explores the various types of tRNA.
46. The tRNA molecule undergoes many modifications.
47. The specificity of tRNA is crucial for accurate translation.
48. This study investigates the role of tRNA in stress response.
49. The evolution of tRNA is a fascinating topic of research.
50. Several diseases are linked to dysregulation of tRNA function.