Hydropathicity example sentences

"Hydropathicity" Example Sentences

1. Hydropathicity is a property of a molecule that determines its solubility in water.
2. Hydropathicity can be used to predict the behavior of proteins in aqueous solutions.
3. The hydropathicity of a protein is determined by the number of non-polar and polar amino acids it contains.
4. The hydropathicity of a protein is affected by its secondary and tertiary structures.
5. Hydropathicity can also be used to predict the stability of proteins in aqueous solutions.
6. Hydropathicity is an important factor in the folding of proteins into their three-dimensional structures.
7. Hydropathicity can be used to predict the affinity of proteins for binding to other molecules.
8. Hydropathicity is used to classify proteins into different classes based on their solubility.
9. The hydropathicity of a protein can be determined by analyzing its amino acid sequence.
10. Hydropathicity is often used to predict the stability of proteins in different environments.
11. Hydropathicity can be used to predict the activity of enzymes in different solutions.
12. Hydropathicity is an important factor in the design of drugs and other molecules that interact with proteins.
13. Hydropathicity can be used to predict the specificity of proteins for binding to different molecules.
14. Hydropathicity can be used to predict the binding affinity of proteins for different molecules.
15. Hydropathicity can be used to predict the folding of proteins into their three-dimensional structures.
16. Hydropathicity is an important factor in the design of drugs and other molecules that interact with proteins.
17. Hydropathicity can be used to predict the affinity of proteins for binding to other molecules.
18. Hydropathicity can be used to predict the stability of proteins in different environments.
19. Hydropathicity can be used to predict the activity of enzymes in different solutions.
20. Hydropathicity can be used to predict the specificity of proteins for binding to different molecules.
21. Hydropathicity can be used to predict the folding of proteins into their three-dimensional structures.
22. Hydropathicity is an important factor in the design of proteins and other molecules that interact with proteins.
23. Hydropathicity can be used to predict the binding affinity of proteins for different molecules.
24. Hydropathicity can be used to classify proteins into different classes based on their solubility.
25. Hydropathicity is an important factor in the folding of proteins into their three-dimensional structures.
26. Hydropathicity can be used to predict the stability of proteins in aqueous solutions.
27. Hydropathicity can be used to predict the affinity of proteins for binding to other molecules.
28. Hydropathicity can be used to predict the specificity of proteins for binding to different molecules.
29. Hydropathicity can be used to predict the activity of enzymes in different solutions.
30. Hydropathicity is an important factor in the design of drugs and other molecules that interact with proteins.
31. Hydropathicity can be used to predict the binding affinity of proteins for different molecules.
32. Hydropathicity can be used to classify proteins into different classes based on their solubility.
33. Hydropathicity is an important factor in the folding of proteins into their three-dimensional structures.
34. Hydropathicity can be used to predict the stability of proteins in different environments.
35. Hydropathicity can be used to predict the affinity of proteins for binding to other molecules.
36. Hydropathicity can be used to predict the specificity of proteins for binding to different molecules.
37. Hydropathicity can be used to predict the activity of enzymes in different solutions.
38. Hydropathicity is an important factor in the design of drugs and other molecules that interact with proteins.
39. Hydropathicity can be used to predict the binding affinity of proteins for different molecules.
40. Hydropathicity can be used to classify proteins into different classes based on their solubility.

Common Phases

hydrophobic; hydrophilic; amphipathic