"Cucurbituril" Example Sentences
1. Researchers are exploring the potential of cucurbituril in drug delivery.
2. The complexation of cucurbituril with guest molecules is a highly specific process.
3. Cucurbituril has a unique molecular structure consisting of two identical units linked by methylene bridges.
4. The properties of cucurbituril make it an excellent candidate for use in nanotechnology applications.
5. The encapsulation of guest molecules by cucurbituril can also lead to improved stability and bioavailability.
6. Cucurbituril-based supramolecular systems are being investigated for use in catalysis and sensing.
7. The synthesis of cucurbituril and related compounds has become an active area of research in recent years.
8. The high binding affinity of cucurbituril for certain molecules can be attributed to its hydrophobic cavity and electrostatic interactions.
9. Cucurbituril is a host molecule that can form stable inclusion complexes with various hydrophobic and polar guest species.
10. The versatility of cucurbituril in solid-state chemistry and crystal engineering has been demonstrated in numerous studies.
11. The introduction of cucurbituril into self-assembled architectures can lead to the formation of unique materials with interesting physical and chemical properties.
12. The binding properties of cucurbituril can be modulated by changing the size and shape of side chains attached to the macrocycle.
13. The cucurbituril molecule has a rigid shape that allows it to encapsulate guest molecules in a highly specific manner.
14. The interactions between cucurbituril and guest molecules can be studied by a range of spectroscopic techniques.
15. The remarkable stability and selectivity of cucurbituril have made it a popular molecule for use in various fields of chemistry and biomedicine.
16. The performance of cucurbituril-based materials can be enhanced by optimizing the conditions of their synthesis and purification.
17. Cucurbituril has been shown to exhibit interesting host-guest chemistry with various small molecule drugs.
18. The binding of cucurbituril to certain drugs can result in improved pharmacokinetics and reduced toxicity.
19. The supramolecular behavior of cucurbituril in aqueous solution is of great interest for the development of new drug delivery systems.
20. The synthesis of cucurbituril derivatives with enhanced properties has been a major research focus in recent years.
21. The design of cucurbituril-based materials can be guided by computational modeling and molecular dynamics simulations.
22. The behavior of cucurbituril under different pH conditions can influence its ability to bind certain guest molecules.
23. The selectivity of cucurbituril for certain guest molecules can be exploited in the development of novel separation and purification techniques.
24. The supramolecular chemistry of cucurbituril has been compared to that of cyclodextrins and other cyclic hosts.
25. The use of cucurbituril in the design of stimuli-responsive materials is a promising research direction.
26. The encapsulation of anticancer drugs by cucurbituril has been shown to enhance their therapeutic efficacy and reduce side effects.
27. The binding of cucurbituril to certain amino acids and peptides can result in the formation of stable complexes with unique properties.
28. The use of cucurbituril in the development of new analytical methods for detection and quantification of guest molecules is an active area of research.
29. The potential of cucurbituril in the field of photochemical reactions and photovoltaic devices is currently being explored.
30. The use of cucurbituril in the synthesis of novel hybrid materials with other macrocycles and nanomaterials has been reported.
Common Phases
you have any
cucurbituril available?;
Cucurbituril has shown potential in drug delivery; The host-guest complex of
cucurbituril is highly stable;
Cucurbituril can be synthesized easily;
Cucurbituril has a unique barrel-shaped structure;
Cucurbituril exhibits selective binding towards certain guest molecules;
Cucurbituril is being explored for various applications in nanotechnology and materials science.