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Restorelle EZA Restorelle EZP

Utilizing the only physician designed mesh exclusive for pelvic floor repair, Restorelle™ EZA and EZP procedures are the ideal surgical solutions for treating pelvic organ prolapse, where a site-specific defect is identified or where a less invasive approach to vaginal pelvic organ prolapse repair is required. Restorelle™ EZA and EZP solutions use the most physiologically compatible material available, Smartmesh™, which delivers a less than 1% erosion rate in vaginal mesh repair, optimal tissue incorporation, and collagen growth.
 
Benefits
  • Ultra lightweight Smartmesh™ Technology offers:
    • Near zero erosion rate in a 3 year data series¹
    • High cure rates¹,²
    • 71% more mature type 1 collagen than heavier meshes³
  • Non-palpable to patient and her partner4,5
  • Vaginal elasticity maintained
  • A simple alternative to sutured vaginal repair which offers improved cure rates
  • Avoids lateral dissection and tissue disruption
Indications for Use
  • POP Repair:
    • Restorelle™ EZA - Anterior repair (mild or site specific)
    • Restorelle™ EZP - Posterior repair (mild or site specific)
Surgical Procedure

The target defect is defined and appropriate dissection performed. A single layer of suture plication is performed. Restorelle™ EZA or EZP mesh is inlaid and fixed by sutures. The mesh augments the plication and provides a scaffold for tissue growth providing a more sustainable repair.

Ordering Information
Restorelle EZA & EZP Ordering Information
 
¹Alinsod, R. (2008) Long term outcomes of vaginal pelvic floor repair using an ultra lightweight mesh. Manuscript submitted for publication. ²Hawthorn, R et al. (2007). Use of an ultra lightweight mesh in vaginal vault repair to minimise complication: A two-centre observation study. British International Congress of Obstetrics & Gynaecology. ³Greca, FH et al. (2007). The influence of porosity on integration histology of two polypropylene meshes for the treatment of abdominal wall defects in dogs. Hernia, (12):45-49. 4North, C et al. A preliminary study to compare the vaginal palpability of two different mesh materials used for laparoscopic sacrocolpopexy. International Urogynecology Journal. 5North, C et al. The anatomical and functional outcome of laparoscopic sacrocolpopexy using an ultra lighweight polypropylene mesh (Mini-mesh). International Urogynecology Journal.
Clinical Data
Smartmesh™ Technology
Restorelle™
Omnisure™
Minitape®
Restorelle™ A&P
Restorelle™ EZA & EZP
Restorelle™ Y
Restorelle™ DirectFix