1. Secondary care
  2. Urology
  3. Prolapse reconstruction mesh
  4. AMI - Agency for Medical Innovations

Prolapse reconstruction mesh PelviGYNious
cystocelerectocelelaparoscopic approach

Prolapse reconstruction mesh - PelviGYNious - AMI - Agency for Medical Innovations - cystocele / rectocele / laparoscopic approach
Prolapse reconstruction mesh - PelviGYNious - AMI - Agency for Medical Innovations - cystocele / rectocele / laparoscopic approach
Prolapse reconstruction mesh - PelviGYNious - AMI - Agency for Medical Innovations - cystocele / rectocele / laparoscopic approach - image - 2
Prolapse reconstruction mesh - PelviGYNious - AMI - Agency for Medical Innovations - cystocele / rectocele / laparoscopic approach - image - 3
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Characteristics

Mesh type
prolapse
Type of prolapse
cystocele, rectocele
Surgical technique
laparoscopic approach
Patient type
women

Description

Anterior and posterior mesh for laparoscopic sacrocolpopexy Ultra-lightweight mesh: 21 g/m² Highest porosity: 93% Isoelastic with a hexagonal structure After preparation of the vaginal vault or the cervix, the vaginal wall is mobilized. By laying the posterior mesh in the small pelvis and the anterior mesh deep under the bladder, the PelviGYNious offers a good correction of the cystocele/rectocele, as well as a tension-free apical suspension of the proximal vagina through fixation of both meshes on the sacral promontory. Which criteria are relevant for an effective treatment of pelvic organ prolapse and for high patient satisfaction? Long-term flexibility of vaginal tissue Preservation of a certain apical mobility Fast ingrowth of the mesh along with good re-collagenisation and re-vascularisation Durable support to prevent recurrence of apical prolapse What PelviGYNious offers: Apical fixation to correct pelvic organ prolapse Double-layer mesh on the proximal end for firm fixation to the os sacrum or sacral promontory with little, but existing Apex-mobility Isoelastic single-layer mesh body around the vaginal tissue to keep flexibility of vaginal tissue as high as possible: hexagonal mesh structure, ultralight-weight mesh body A minimum of foreign material for minimal foreign body reactions: 21 g/m² Highest mesh porosity (93%) for mesh integration through growth of fibroblasts around the monofilaments
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