Hydrophobes example sentences

"Hydrophobes" Example Sentences

1. The hydrophobic interactions between the hydrophobes of the lipid bilayer create a water-repellent barrier.
2. Hydrophobes in proteins play a crucial role in the folding and stability of the protein.
3. The non-polar side chains of amino acids are often hydrophobes.
4. The hydrophobic effect is responsible for the self-assembly of hydrophobes.
5. The hydrophobicity of a molecule can be measured by its tendency to partition into a hydrophobic phase.
6. Some peptides are designed with hydrophobic residues to increase their stability in solution.
7. The interaction between hydrophobes and hydrophilic molecules can be complex and variable.
8. The hydrophobic collapse is a critical step in the protein folding process.
9. Hydrophobes can contribute to the formation of protein aggregates and amyloid fibrils.
10. The hydrophobic tail of the surfactant molecule is responsible for its ability to form micelles.
11. Hydrophobes are often found in the interior of proteins, away from aqueous environments.
12. Amphiphilic molecules contain both hydrophobic and hydrophilic regions.
13. The hydrophobes of a molecule can determine its membrane permeability.
14. The hydrophobicity of a material can be measured by its contact angle with water.
15. Some drugs target hydrophobic pockets on proteins to inhibit their activity.
16. The hydrophobicity of a protein can affect its solubility and expression in vitro.
17. The use of hydrophobic coatings on surfaces can reduce biofouling.
18. The hydrophobic interactions between proteins and lipids are important for membrane organization and function.
19. The stability of a protein can be enhanced by introducing hydrophobic mutations.
20. Hydrophobes can contribute to the formation of intermolecular hydrophobic bonds.
21. The binding of some drugs to proteins is mediated by hydrophobic interactions.
22. The hydrophobicity of a molecule can be manipulated by altering its chemical structure.
23. The hydrophobic effect is an entropic force that drives the self-assembly of hydrophobes.
24. The hydrophobicity of a drug can affect its pharmacokinetics and efficacy.
25. Hydrophobes can contribute to protein-protein interactions.
26. Some proteins contain hydrophobic domains that are responsible for their localization within a cell.
27. Hydrophobes can be used as biomaterials for tissue engineering and regenerative medicine.
28. The addition of hydrophobic moieties to peptides can increase their membrane-penetrating ability.
29. The hydrophobic nature of some nanoparticles can affect their toxicity and biodistribution.
30. The hydrophobicity of a molecule can affect its binding affinity for specific targets.

Common Phrases

1. Hydrophobes tend to avoid water;
2. Oil is hydrophobic and will not mix with water;
3. Hydrophobic surfaces repel water droplets;
4. The hydrophobic interior of cell membranes acts as a barrier;
5. Hydrophobic amino acids cluster together in the interior of proteins;
6. Certain plastics are hydrophobic and will not absorb moisture;
7. Hydrophobic coatings are used to repel water from textiles and electronics;
8. Hydrophobic interactions between nonpolar molecules drive the formation of micelles.