Helices example sentences

"Helices" Example Sentences

1. The protein's structure is defined by its intricate helices.
2. Many biological molecules, such as DNA, are formed from double helices.
3. The alpha-helices and beta-sheets are secondary structures of proteins.
4. Scientists are studying how mutations affect the stability of protein helices.
5. The model shows the elegant arrangement of the DNA helices.
6. Understanding protein helices is crucial for drug design.
7. The two strands of the DNA double helix are antiparallel.
8. The stability of the helices is influenced by various factors.
9. Certain amino acids are more likely to form alpha-helices than others.
10. Disruption of the helices can lead to protein misfolding.
11. Helical structures, or helices, are common in biological molecules.
12. The helices unwind under certain conditions.
13. Researchers are developing methods to visualize protein helices in real time.
14. The helices' stability is crucial for its function.
15. The image clearly reveals the distinct helices in the protein structure.
16. Without stable helices, the protein is nonfunctional.
17. The complex interplay of forces maintains the helices' shape.
18. Alpha-helices are a common motif in protein structures.
19. The study focuses on the dynamics of the protein helices.
20. Mutations in the DNA sequence can affect the helices' structure.
21. The helices are stabilized by hydrogen bonds.
22. Drug molecules can bind to and disrupt protein helices.
23. It is fascinating to study the intricate patterns of the helices.
24. The analysis showed a significant change in the helices' conformation.
25. The researchers observed the formation of new helices during the experiment.
26. The model accurately predicts the locations of the helices in the protein.
27. Understanding the helices is essential for understanding protein function.
28. The coiled-coil structure consists of two intertwined helices.
29. The helices in this protein are unusually long.
30. The experiment confirmed the presence of multiple helices.
31. We observed significant changes in the helices under stress conditions.
32. The unfolding of the helices is a crucial step in protein denaturation.
33. The helices are fundamental structural elements in many proteins.
34. Different types of helices exist in proteins, each with unique properties.
35. The interactions between the helices determine the overall protein structure.
36. The software can accurately predict the number and location of helices in a protein sequence.
37. The helices are beautifully arranged in this protein structure.
38. The integrity of the helices is essential for enzyme activity.
39. The study highlighted the importance of the helices in maintaining protein stability.
40. The precise arrangement of the helices is critical for protein-protein interactions.
41. The helices undergo conformational changes during protein function.
42. Disruptions to the helices can lead to various diseases.
43. The research team is investigating the role of helices in disease mechanisms.
44. The analysis revealed unexpected structural features within the helices.
45. The helices are highly conserved across different species.
46. Novel drugs are being developed to target specific helices in disease-causing proteins.
47. The simulations accurately modeled the movement of the helices.
48. The helices, once disrupted, can sometimes refold.
49. The study provided a new understanding of how the helices interact.
50. The team's findings significantly advanced the understanding of protein helices.