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The Food and Drug Administration has granted 510K clearance to Gore Medical for a new biomaterial for hernia repair, according to a Gore statement.
Gore describes the product – GORE SYNECOR Biomaterial – as having a “unique structure,” which prevents surgeons from having to choose between using a “permanent material” and an “absorbable, nonpermanent material” when deciding which biomaterial to use for a hernia repair.
GORE SYNECOR Biomaterial is composed of the following:
• Dense monofilament polytetrafluoroethylene macroporous knit.
• GORE BIO-A Web, “a tissue scaffold with proven outcomes in contaminated hernia repair. providing rapid vascularization and ingrowth in complex repairs.”
• Nonporous PGA/TMC film.
No precertification is required for surgeons to implant GORE SYNECOR Biomaterial.
For more information about the new product, visit www.goremedical.com.
The Food and Drug Administration has granted 510K clearance to Gore Medical for a new biomaterial for hernia repair, according to a Gore statement.
Gore describes the product – GORE SYNECOR Biomaterial – as having a “unique structure,” which prevents surgeons from having to choose between using a “permanent material” and an “absorbable, nonpermanent material” when deciding which biomaterial to use for a hernia repair.
GORE SYNECOR Biomaterial is composed of the following:
• Dense monofilament polytetrafluoroethylene macroporous knit.
• GORE BIO-A Web, “a tissue scaffold with proven outcomes in contaminated hernia repair. providing rapid vascularization and ingrowth in complex repairs.”
• Nonporous PGA/TMC film.
No precertification is required for surgeons to implant GORE SYNECOR Biomaterial.
For more information about the new product, visit www.goremedical.com.
The Food and Drug Administration has granted 510K clearance to Gore Medical for a new biomaterial for hernia repair, according to a Gore statement.
Gore describes the product – GORE SYNECOR Biomaterial – as having a “unique structure,” which prevents surgeons from having to choose between using a “permanent material” and an “absorbable, nonpermanent material” when deciding which biomaterial to use for a hernia repair.
GORE SYNECOR Biomaterial is composed of the following:
• Dense monofilament polytetrafluoroethylene macroporous knit.
• GORE BIO-A Web, “a tissue scaffold with proven outcomes in contaminated hernia repair. providing rapid vascularization and ingrowth in complex repairs.”
• Nonporous PGA/TMC film.
No precertification is required for surgeons to implant GORE SYNECOR Biomaterial.
For more information about the new product, visit www.goremedical.com.
