Sol-gel encapsulation of lipid vesicles, lipid membranes and proteins
AssigneeCalifornia Institute of Technology
InventorsMichael H. B. Stowell, Guangyang Wang, Sunney I. Chan
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AssigneeCalifornia Institute of Technology
InventorsMichael H. B. Stowell, Guangyang Wang, Sunney I. Chan
Estimating the term…
Inorganic-organic hybrid mixture sol-gel encapsulated lipid vesicles which are composed of silyl lipids or a mixture of silyl lipids and phospholipids are provided. The present invention also provides encapsulated Langmuir Blogget (LB) membranes and biological macromolecules. The sol-gel encapsulated lipid vesicles, LB membranes and proteins possess a higher stability than conventional vesicles. Inorganic-organic hybrid mixture sol-gels are provided as novel sol-gel materials possessing desirable mechanical and physicochemical properties. Also provided are methods of preparing encapsulated lipid vesicles, LB membranes and proteins. Methods of performing renal dialysis using compositions of the invention are also provided.
A lipid vesicle composition comprising:
A lipid vesicle composition comprising:
A Langmuir lipid membrane composition comprising:
A composition comprising:
A composition comprising:
A lipid vesicle composition comprising:
A Langmuir lipid membrane composition comprising:
A lipid vesicle composition comprising cross-linked silyl lipid, said composition comprising siloxane bonds, further comprising a phospholipid.
Dependencies are inferred from the claim text.