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Agathos Efstathios Andreas: Human cardiac valve replacement with seal heart valve (aortic or pulmonary). Agathos Efstathios Andreas, January 16, 2008: EP1878407-A1 (51 worldwide citation)

The present invention provides a new method of constructing a tricuspid bioprosthetic valve derived from the heart valve of seal (aortic or pulmonary), which can be used to treat human cardiac valve dysfunction, by replacing the exixting valve with a novel bioprosthesis of the present invention. Thi ...


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AGATHOS EFSTATHIOS ANDREAS: [en] Support system for bioprosthetic valves with commisural posts with heart-shaped openings. AGATHOS EFSTATHIOS ANDREAS, July 4, 2012: GB2487034-A

[en] A novel support system for bioprosthetic cardiac valves with heart shape commissural posts (18) and intercommissural conjunctions with long openings with oval closures (8), allows the better function of the valve by diminishing the forces applied on the leaflets during the cardiac cycle.


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Agathos Efstathios Andreas: Support system for bioprosthetic valves with commisural posts with heart-shaped openings. Agathos Efstathios Andreas, May 19, 2011: WO/2011/058385

A novel support system for bioprosthetic cardiac valves with heart shape commissural posts (18) and intercommissural conjunctions with long openings with oval closures (8), allows the better function of the valve by diminishing the forces applied on the leaflets during the cardiac cycle.


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Agathos Efstathios andrea: Support system for bioprosthetic valves with commisural posts with heart-shaped openings. Agathos Efstathios andreas, wang huiqing, October 17, 2012: CN201080058930

A novel support system for bioprosthetic cardiac valves with heart shape commissural posts (18) and intercommissural conjunctions with long openings with oval closures (8), allows the better function of the valve by diminishing the forces applied on the leaflets during the cardiac cycle.