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Patent Pick: Nano-bio-vesicles Break the Skin Barrier

June 2, 2016 | Contact Author | By: Rachel Grabenhofer, Cosmetics & Toiletries
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Keywords: delivery | liposomes | vesicles | hyalurosome | Icnoderm | loading | nano-bio-vesicles

Abstract: Faced with vesicles, 'somes and nano-carriers, the skin has put up a good fight in attempt to keep unwanted entities from entering the body. Have the inventors on this patent application, for hyalurosomes, finally broken the skin barrier? Read on.

Strategies to improve drug accumulation in tissues below the skin include nano-vesicle carriers, liposomes and liposome-like structures, lamellar nano-vesicles, niosomes, etiosomes, Transfersomes, glycerosomes, etc. To improve upon existing technologies, the inventors on this patent application look to hyalurosomes.

Hyalurosomes in topical cosmetic or pharmaceutical compositions
U.S. Patent Application 20160151283 
Publication date: June 2, 2016
Assignee: Icnoderm, S.R.L.

This invention describes nanometric vesicles similar to liposomes, referred to as hyalurosomes, composed of hyaluronate, phospholipid molecules and at least one active pharmaceutical or cosmetic ingredient.

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Strategies to improve drug accumulation in tissues below the skin include nano-vesicle carriers, liposomes and liposome-like structures, lamellar nano-vesicles, niosomes, etiosomes, Transfersomes, glycerosomes, etc. To improve upon existing technologies, the inventors on this patent application look to hyalurosomes.

Hyalurosomes in topical cosmetic or pharmaceutical compositions
U.S. Patent Application 20160151283
Publication date: June 2, 2016
Assignee: Icnoderm, S.R.L.

This invention describes nanometric vesicles similar to liposomes, referred to as hyalurosomes, composed of hyaluronate, phospholipid molecules and at least one active pharmaceutical or cosmetic ingredient.

Said nano-bio-vesicles are reported to have better loading capacities than known systems and a greater ability to “retain” the encapsulated active ingredient within them. In vivo tests showed they were capable of increasing therapeutic or pseudo-therapeutic biological effectiveness. 

The nano-bio-vesicles described are versatile and can be used as vehicles of active hydrophilic, lipophilic and amphiphilic agents. Details for their incorporation are described in the patent application. 

In vesicles disclosed herein: hyaluronate has a concentration most preferably of 0.1% to 1.0% w/w and the phospholipid has a concentration most preferably of 1% to 15% w/w of vesicular dispersion.

Patent application accessed June 2, 2016.