Codon example sentences

"Codon" Example Sentences

1. The codon AUG initiates translation in most organisms.
2. Each codon specifies a particular amino acid.
3. A single amino acid can be encoded by multiple codons.
4. The genetic code is based on a triplet codon system.
5. Mutations can alter the sequence of codons, leading to changes in protein structure.
6. Understanding codon usage is crucial for protein engineering.
7. The codon bias varies across different organisms.
8. Researchers are studying how codon optimization improves protein expression.
9. Synonymous codons encode the same amino acid.
10. The stop codons signal the termination of translation.
11. This particular codon is rarely used in this species.
12. The codon table is a fundamental tool in molecular biology.
13. He's researching the role of rare codons in gene expression.
14. Misreading a codon can result in a non-functional protein.
15. The experiment focused on the effects of codon substitution.
16. They used computational methods to predict optimal codons.
17. The codon sequence determines the amino acid sequence.
18. A frame-shift mutation alters the reading frame of codons.
19. This software predicts the codon usage bias in a given genome.
20. Knowing the codon usage helps in designing synthetic genes.
21. Her project involves analyzing codon adaptation in bacteria.
22. The study revealed a novel codon usage pattern.
23. The effects of codon optimization on protein stability are significant.
24. We observed a strong correlation between codon bias and gene expression.
25. Understanding codon usage is key to successful gene therapy.
26. The codon degeneracy allows for multiple codons to code for a single amino acid.
27. The paper highlights the importance of considering codon context.
28. They optimized the gene for expression by changing the codons.
29. Incorrect codon usage can lead to reduced protein yield.
30. The codon usage table provides a reference for understanding the genetic code.
31. It's a complex process involving tRNA recognition of specific codons.
32. The research team is developing a new tool to predict codon optimization.
33. The article discusses the evolutionary implications of codon bias.
34. Codon usage is a crucial factor in the efficiency of protein synthesis.
35. This method allows for precise targeting of specific codons for modification.
36. Rare codons can slow down the rate of translation.
37. The experiment demonstrated the impact of codon optimization on protein folding.
38. The analysis identified several codons associated with disease susceptibility.
39. They developed an algorithm to optimize codon usage for improved protein expression in yeast.
40. Further research is needed to fully understand the complexities of codon usage.
41. The codon reading frame is crucial for accurate translation.
42. Codon usage patterns can vary significantly between species.
43. This is a fascinating area of research involving codon bias and its implications.
44. The student's project focused on exploring the intricacies of codon optimization.
45. The professor explained the concept of codon bias in detail.
46. This new software tool helps in the analysis and optimization of codons in DNA sequences.
47. Accurate codon translation is essential for the correct synthesis of proteins.
48. The codon usage frequency plays a significant role in gene expression.
49. The implications of altered codon usage in disease are still being investigated.
50. Efficient codon usage is critical for maximizing protein production.