"Cucurbiturils" Example Sentences
1. The cucurbiturils have great potential in drug delivery systems.
2. Scientists are exploring the use of cucurbiturils in nanotechnology.
3. The unique structure of cucurbiturils allows them to selectively encapsulate molecules.
4. The use of cucurbiturils in supramolecular chemistry has greatly advanced the field.
5. Cucurbiturils offer an alternative to cyclodextrins in host-guest chemistry.
6. The ability of cucurbiturils to form stable complexes makes them useful in analytical chemistry.
7. The synthesis of cucurbiturils is a challenging but rewarding task for chemists.
8. The cavity size of cucurbiturils can be tailored for specific applications.
9. Cucurbiturils have been used as recognition elements in sensors.
10. The high stability of cucurbituril complexes makes them useful in separation science.
11. The use of cucurbiturils in drug delivery can improve bioavailability and reduce side effects.
12. Cucurbiturils can act as molecular containers for guest molecules.
13. The binding of cucurbiturils to guest molecules can be studied by various spectroscopic techniques.
14. Cucurbiturils have been used in the field of catalysis.
15. The unique binding properties of cucurbiturils have inspired the development of novel synthetic receptors.
16. Cucurbiturils have been shown to selectively bind certain metal ions.
17. The use of cucurbiturils in supramolecular polymerization has been investigated.
18. Cucurbiturils have been used as building blocks in the creation of molecular machines.
19. The structure of cucurbiturils can be visualized using X-ray crystallography.
20. Cucurbiturils can be modified for specific applications by functionalizing their rims.
21. The size of the cavity in cucurbiturils determines their ability to accommodate guest molecules.
22. Cucurbiturils have been used in the development of fluorescent probes.
23. The use of cucurbiturils in gas storage has been explored.
24. The unique properties of cucurbiturils have led to their application in supramolecular electronics.
25. Cucurbiturils can be synthesized using different methods, including template synthesis and self-assembly.
26. Cucurbiturils have been used in the development of drug delivery vehicles for cancer therapy.
27. The use of cucurbiturils in the creation of smart materials has been investigated.
28. The interaction between cucurbiturils and guest molecules can be studied by computational methods.
29. Cucurbiturils have been used in the development of materials for environmental remediation.
30. The properties of cucurbiturils make them attractive candidates for the development of new biomaterials.
Common Phases
1.
Cucurbiturils have a unique ability to selectively encapsulate guest molecules;
2. The size of
cucurbiturils can be varied to accommodate different-sized guests;
3.
Cucurbiturils can form stable complexes with a variety of organic and inorganic compounds;
4. The binding strength of
cucurbiturils can be modulated by changing the functional groups on the macrocycle;
5.
Cucurbiturils have potential applications in drug delivery and catalysis;
6.
Cucurbiturils are biocompatible and non-toxic, making them useful in biomedical applications;
7. The synthesis of
cucurbiturils has been developed to produce these macrocycles in high yields;
8.
Cucurbiturils have been shown to have excellent host-guest selectivity in various applications.