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A solid yet flexible medical-grade polymer frame comprised of two lateral arms and a connecting bridge, patented by Lyra Medical
THE SRS ANCHORLESS CONCEPT
This revolutionary technology introduces a flexible frame, which allows the mesh to remain flat and in the desired location, while providing trampoline-like support to the prolapsed pelvic organs.
DON'T ANCHOR MESH, FRAME IT.
This simple solution provides a safe, effective and long-term treatment that has been shown to surpass existing treatment options.
TECHNOLOGY AT A GLANCE
The SRS Implant leverages the advantages of surgical mesh in reinforcing weakened connective tissue and recreating supporting structures, while introducing a flexible frame that eliminates the need for fixation, which is believed to be the root cause of most post-operative complications
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Titanized, ultra-lightweight surgical mesh, the thinnest, most delicate mesh on the market, proven to have enhanced bio-compatible characteristics.
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Implant shape and size designed based on literature review, in-house developmental cadaver studies, and the results of a large-scale clinical study, to ensure functionality and safety.
Functional
provides support for the prolapsed organs
Safe
avoids applying pressure on surrounding
tissue, organs, nerves and large blood vessels
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The implant is inserted using standard surgical tools via a trans-vaginal approach. It is positioned between the anterior vaginal wall and the bladder, and does not require blind insertion of any other surgical tools (trocars, anchoring instruments, etc.). The simple procedure enables straight-forward adoption and a short learning curve for surgeons trained in pelvic reconstructive surgery (gynecologists, urologists and urogynecologists).
SRS – CHANGING THE RULES OF THE GAME
SAFE BY DESIGN
At Lyra Medical, our only motivator has always been the quality of our product. We planned, thoroughly tested, collected vast clinical data, created training programs, developed extraction procedures, and spared no measures in creating a truly safe and efficient solution.
The SRS technology addresses, by design, the root cause of current mesh-related complications.
Inhibits Mesh Erosion
The SRS technology was designed to ensure a safe treatment that addresses the root cause of current mesh-related complications. By doing so, it inhibits Mesh Erosion – The solid frame enables the use of an extra-light (16 gr\m2), extra-thin mesh (65 µm fiber). It also retains the mesh tension and prevents it from folding, which can lead to erosion.
Prevents Mesh Contraction
Contraction occurs when scar tissue growth generates shrinkage force on the implanted mesh. The solid frame acts as an opposing mechanical force that prevents the mesh from contracting, preventing pain and improving long-term efficacy.
Reduces Risk of Bleeding & Organ Perforation
The SRS concept eliminates the need for blind insertion of surgical instruments (trocars, anchoring instruments, etc.), reducing the risk of damage to surrounding anatomical structures.
Minimizes Risk of Dyspareunia
The SRS Implant ensures bladder support without causing tension across the vagina.
Maintains Macro-Porous Mesh Structure
Due to inherent stretching during fixation, existing anchor-based implants change their mesh structure from macro-porous to micro-porous, causing various complications. With SRS, the solid frame maintains the implant’s flat orientation and the macro-porous structure of the supporting layer.
