Hydroxyapatites example sentences

Related (5): teeth, bones, bioceramics, osteoconductivity, biomaterials

"Hydroxyapatites" Example Sentences

1. Hydroxyapatites are calcium apatite compounds that are important in bone and tooth formation.
2. The effectiveness of hydroxyapatites as bone graft materials has been well documented.
3. Scientists have discovered that hydroxyapatites can be used to remove toxic metals from water.
4. The study found that the incorporation of hydroxyapatites into dental restorations can improve their mechanical properties.
5. Hydroxyapatites play a key role in the regulation of calcium and phosphate levels in the body.
6. Many researchers are investigating the use of hydroxyapatites for the repair of bone defects.
7. The use of hydroxyapatites as coatings for biomedical implants has gained popularity in recent years.
8. Hydroxyapatites can be synthesized in the laboratory using a variety of methods.
9. The unique properties of hydroxyapatites make them ideal for use in applications such as drug delivery and tissue engineering.
10. The difficulty in synthesizing pure hydroxyapatites is a major challenge faced by researchers in the field.
11. Researchers are exploring the use of hydroxyapatites in the development of new types of dental materials.
12. Hydroxyapatites can be modified to enhance their biological properties, making them ideal for use in biomaterials.
13. The use of hydroxyapatites as fillers in composites can improve their mechanical and wear resistance properties.
14. The presence of hydroxyapatites in the body is essential for bone growth and repair.
15. The use of hydroxyapatites in the treatment of bone cancer is an area of active research.
16. Hydroxyapatites can be used to produce high-strength and biocompatible ceramics.
17. The ability of hydroxyapatites to promote osteointegration has made them popular for use in orthopedic implants.
18. The formation of hydroxyapatites in dental plaque can lead to the development of caries.
19. Researchers are investigating the use of hydroxyapatites as bone growth factors to promote the healing of bone fractures.
20. Hydroxyapatites have been found to have antibacterial properties, making them a promising material for use in medical devices.
21. The use of hydroxyapatites in the treatment of periodontal disease has shown promising results.
22. The use of hydroxyapatites in tissue engineering has the potential to revolutionize the field of regenerative medicine.
23. The formation of hydroxyapatites in soft tissue deposits can lead to a condition known as calcific tendinitis.
24. The incorporation of hydroxyapatites into resorbable bone cements can improve their mechanical properties.
25. Hydroxyapatites can be used to enrich the calcium and phosphate content in animal feed.
26. The use of hydroxyapatites in the purification of biopharmaceuticals has gained attention in recent years.
27. The formation of hydroxyapatites in the pineal gland is thought to play a role in the regulation of circadian rhythms.
28. The use of hydroxyapatites in the treatment of osteoporosis is currently being explored by researchers.
29. The presence of hydroxyapatites in dental enamel gives teeth their characteristic hardness and durability.
30. The ability of hydroxyapatites to bind to proteins makes them an important component of bone matrix.

Common Phases

1. Hydroxyapatites are widely used in biomedical applications;
2. Synthetic hydroxyapatites have been developed for use in bone grafting;
3. The mineral form of hydroxyapatites can be found in teeth and bones;
4. Hydroxyapatites can also be used as a catalyst in chemical reactions;
5. Hydroxyapatites have the ability to bond to living tissue;
6. The use of hydroxyapatites in dental implants has become increasingly popular;
7. Hydroxyapatites can be modified with other materials to improve their properties;
8. Researchers are investigating the use of hydroxyapatites in drug delivery systems;
9. Hydroxyapatites have been studied for their potential use in water treatment;
10. The biocompatibility of hydroxyapatites makes them a valuable material in tissue engineering.

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