"Hydrophobicities" Example Sentences
1. The hydrophobicities of different substances can have a huge impact on their behavior in water.
2. Scientists have developed various methods to measure the hydrophobicities of different molecules.
3. One way to increase the hydrophobicities of certain materials is through chemical modification.
4. The hydrophobicities of various amino acid residues play a crucial role in determining protein structure.
5. The hydrophobicities of different oil spills can affect the speed and angle of their spread across the ocean.
6. Understanding the hydrophobicities of different surfactants is an essential part of formulating effective detergents.
7. Changes in temperature and pressure can affect the hydrophobicities of various substances.
8. The hydrophobicities of different drugs can influence their effectiveness and pharmacokinetics.
9. The hydrophobicities of different polymers strongly affect their solubility and interactions with other materials.
10. The hydrophobicities of different soil components can strongly influence water infiltration and retention.
11. Understanding the hydrophobicities of various biomolecules is critical to understanding biological processes.
12. The hydrophobicities of different resins play an important role in determining their effectiveness in water treatment.
13. The hydrophobicities of different food emulsifiers can strongly impact the texture and shelf life of processed foods.
14. The hydrophobicities of different minerals can affect their interactions with water and other substances in soil.
15. The hydrophobicities of different synthetic materials can impact their ability to be wetted and adhere to other surfaces.
16. Changes in pH can strongly impact the hydrophobicities of various substances.
17. The hydrophobicities of various surfactants can determine their effectiveness in removing oil from surfaces.
18. The hydrophobicities of different wax coatings can affect the water resistance of fruits and vegetables.
19. The hydrophobicities of different coatings can strongly influence the durability and protection provided to surfaces.
20. The hydrophobicities of different fungi can determine their ability to grow and survive in different environments.
21. The hydrophobicities of different proteins can strongly influence their interactions with lipid membranes.
22. The hydrophobicities of different microorganisms can determine their distribution and survival in aquatic environments.
23. The hydrophobicities of different fabrics can affect their water repellency and wicking properties.
24. The hydrophobicities of different plastics can strongly affect their interactions with water and other materials.
25. The hydrophobicities of different plant leaves can affect their ability to repel water and resist disease.
26. The hydrophobicities of different coatings can affect the appearance and adhesion of paint on surfaces.
27. Changes in salinity can impact the hydrophobicities of various substances in aquatic environments.
28. The hydrophobicities of different membranes can determine their ability to filter and separate different substances.
29. The hydrophobicities of different insect cuticles can affect their water resistance and thermal regulation.
30. The hydrophobicities of different fabrics can affect their susceptibility to staining and soiling.
31. The hydrophobicities of different construction materials can strongly affect their durability and water resistance.
32. The hydrophobicities of different plant compounds can play a role in their insect resistance and allelopathy.
33. The hydrophobicities of different plastics can strongly influence their rates of biodegradation in different environments.
34. The hydrophobicities of different materials can affect their ability to form stable emulsions with water.
35. The hydrophobicities of different coatings can influence the adhesion and durability of road markings on surfaces.
36. The hydrophobicities of different minerals can affect their mobility and bioavailability in soils and sediments.
37. The hydrophobicities of different lipids can strongly impact their interactions with water and biological membranes.
38. The hydrophobicities of different surfaces can determine their interactions with self-assembled monolayers in various applications.
39. The hydrophobicities of different materials can determine their adsorption properties for different pollutants in water.
40. The hydrophobicities of different surfactants can play a role in foaming and detergent action in cleaning applications.
Common Phases
1. The
hydrophobicities of these molecules vary greatly;
2.
Hydrophobicities of the different amino acid side chains have been extensively studied;
3. The
hydrophobicities of the compounds were determined using a solubility assay;
4. Analysis of the protein
hydrophobicities revealed a unique structural motif;
5. The effect of
hydrophobicities on protein folding has been a topic of intense research.