Cytori Therapeutics (NASDAQ:CYTX) today received U.S. Patent No.
7,651,684 (the ‘684 patent) which covers the Company’s methods for
delivering adipose-derived stem and regenerative cell-enriched fat
grafts into patients. The ‘684 patent specifically covers cell-enriched
fat grafts to treat soft-tissue defects and urinary incontinence. In
addition, the ‘684 patent covers methods for delivering cell-enriched
fat grafts to a patient’s breast, wrinkles, lips, under the eyes,
cheeks, chin, and other parts of the body.
“Today’s announcement broadens our current expansive patent portfolio
covering adipose-derived cell therapies. The patent covers many
significant applications for stem and regenerative cell-enriched fat
grafting, allowing us to freely develop future generation therapeutics
and pursue solutions for patients with unmet medical needs in tissue
damage indications, including breast reconstruction”
“Today’s announcement broadens our current expansive patent portfolio
covering adipose-derived cell therapies. The patent covers many
significant applications for stem and regenerative cell-enriched fat
grafting, allowing us to freely develop future generation therapeutics
and pursue solutions for patients with unmet medical needs in tissue
damage indications, including breast reconstruction,” said Christopher
J. Calhoun, CEO of Cytori Therapeutics.
Within the Cytori family of products, the Company markets the Celution®
800/CRS System that creates adipose tissue-derived stem and regenerative
cell-enriched autologous fat grafts, in the EU and elsewhere throughout
the world. The ‘684 patent is designed to protect the Celution® 800/CRS
System, as well as future generations of the device, when approved for
marketing and sale in the U.S.
The ‘684 patent expands upon the Company’s previously issued U.S. Patent
No. 7,429,488 relating to automated methods of creating cell-enriched
fat grafts. Cytori Therapeutics' intellectual property portfolio
currently includes 19 issued U.S. and international patents and 100
pending applications worldwide relating to the devices, methods and uses
of adipose-derived stem and regenerative cells.