No Permanent Implant
A tissue repair avoids leaving permanent mesh in the body.
Personalized hernia repair materials
Hernia Mesh Options & No-Mesh Repair in Boise
Hernia mesh is not one product, and mesh repair is not one operation. Dr. Daniel Gay discusses permanent, resorbable, self-gripping, coated, lightweight, medium-weight, heavyweight, and select no-mesh options based on your anatomy and goals.
- Individualized mesh and no-mesh discussion
- Material, pore size, weight, and placement matter
- Permanent and resorbable options
- Direct access to your surgeon
Mesh & No-Mesh Discussions
Permanent & Resorbable Options
Independent Private Practice
Boise • Meridian • Treasure Valley
Why reinforce a repair?
Why Is Mesh Used in Hernia Surgery?
A hernia is a weakness or opening in a load-bearing tissue layer. Sutures can close the opening, but they may place tension on tissue that is already weak. Mesh spreads force across a wider area and provides a scaffold that healing tissue can grow into and around.
For many adult abdominal wall and groin hernias, mesh reduces recurrence risk compared with suture repair alone. That benefit must be weighed against mesh-specific risks and the fact that not every hernia requires mesh.
A valid option in selected cases
No-Mesh Hernia Repair
A no-mesh or tissue repair closes and reinforces the hernia using sutures and the patient’s own tissue. It can be appropriate for selected small hernias, specific groin hernias, contaminated situations, or patients whose anatomy and goals support a tissue-based approach.
Recurrence Risk
For many hernias, evidence shows a higher recurrence risk with suture-only repair compared with mesh reinforcement.
Not One Technique
No-mesh repair includes different tissue techniques, and outcomes depend on anatomy, tension, and surgeon experience.
Healing and integration
How Mesh Becomes Part of a Repair
After implantation, the body begins a healing response. Cells, blood vessels, and collagen grow into and around the mesh structure. Over time, this tissue integration helps create a reinforced repair.
Mesh construction affects that response. Monofilament fibers and larger pores can provide more space for tissue ingrowth and vascular access while reducing the total amount of implanted material. Integration does not eliminate risks; infection, pain, contraction, adhesion, erosion, and recurrence remain possible.
Material categories
Permanent, Resorbable, Polypropylene, and Polyester Mesh
| Category | What it means | Potential role and considerations |
|---|---|---|
| Polypropylene | A widely used permanent synthetic polymer available in many weights, pores, shapes, and fixation designs. | Provides durable reinforcement; selection and placement plane matter. Examples include ProGrip polypropylene, Parietene, and components of Ventralex ST. |
| Polyester | A permanent synthetic material often constructed as multifilament mesh and available in self-gripping designs. | Handling and tissue interaction differ from monofilament polypropylene. Product design, repair plane, and infection considerations matter. |
| Resorbable P4HB | Poly-4-hydroxybutyrate is a slowly resorbable biosynthetic material used in products such as Phasix. | Provides temporary reinforcement while tissue remodels, without a permanent mesh remaining after resorption. |
| Resorbable self-gripping | A temporary mesh with gripping features, such as Medtronic Transorb. | Designed for selected open extraperitoneal ventral repairs; fully resorbable support is not appropriate when permanent support is required. |
| Composite / barrier mesh | Combines a structural mesh with a barrier intended for placement near internal organs. | Examples include Ventralex ST and Phasix ST. Correct orientation and product-specific indications are essential. |
How much material?
Lightweight, Medium-Weight, and Heavyweight Mesh
Mesh weight generally refers to the amount of material per surface area. Definitions vary by product and study, so the label alone does not tell the entire story.
Lightweight Mesh
Typically uses less polymer and often larger pores. It may feel more flexible and can reduce foreign-body sensation or pain in selected inguinal repairs, but adequate strength and the repair context remain essential.
Medium-Weight Mesh
Aims to balance handling, flexibility, pore structure, and strength. The practical meaning depends on the specific textile design.
Heavyweight Mesh
Contains more polymer and can provide robust handling and strength. More material may also produce a greater foreign-body response or stiffness in some settings.
Weight is not a quality grade. A lightweight mesh is not automatically better, and a heavyweight mesh is not automatically stronger in the way a particular repair needs. Material, textile design, pore size, position, fixation, and patient factors interact.
Examples and manufacturer information
Specific Hernia Mesh Products
These examples illustrate how products differ. Listing a product is not an endorsement or a promise that it is appropriate for a particular patient. Manufacturer links provide current indications, warnings, and technical details.
ProGrip™ Self-Gripping Mesh
Polypropylene textile with resorbable polylactic-acid microgrips designed to help position and hold the mesh. ProGrip products include different configurations and materials for specific uses.
Official Medtronic ProGrip informationVentralex™ ST Hernia Patch
A self-expanding patch intended for selected small ventral hernia repairs, with polypropylene mesh and a visceral-side absorbable barrier. Correct orientation is important.
Official BD Ventralex ST instructionsParietene™ Macroporous Mesh
A permanent monofilament polypropylene, high-porosity mesh designed for extraperitoneal abdominal wall hernia repair.
Official Medtronic Parietene informationPhasix™ Mesh and Phasix™ ST
Slowly resorbable monofilament P4HB scaffolds. Phasix ST adds an absorbable hydrogel barrier intended for selected intra-abdominal placement.
Official BD Phasix ST informationTransorb™ Self-Gripping Resorbable Mesh
A fully resorbable, self-gripping mesh intended for selected open extraperitoneal ventral hernia repairs. It should not be used when permanent support is required.
Official Medtronic Transorb informationPolyester Mesh
Polyester mesh is available in several constructions, including self-gripping designs. Its multifilament structure, handling, and tissue response differ from monofilament polypropylene.
Medtronic synthetic mesh portfolioSafety note: Every mesh has product-specific indications, contraindications, warnings, and placement requirements. Some uncoated permanent meshes should not contact bowel or internal organs directly. Final selection requires an individualized surgical discussion.
PubMed evidence
What Research Says About Mesh Choice
No single study proves that one mesh is best for every hernia. Evidence is specific to hernia type, repair approach, product category, and outcome measured.
Mesh versus suture for umbilical hernia
A systematic review found lower recurrence with mesh, with increased seroma risk and no significant difference in chronic pain.
PubMed PMID 32250556Lightweight mesh in open inguinal repair
A meta-analysis found less any pain and foreign-body sensation with lightweight mesh without a detected recurrence difference.
PubMed PMID 31672519Weight in laparo-endoscopic inguinal repair
A separate meta-analysis concluded heavyweight mesh was superior in that specific setting, illustrating why context matters.
PubMed PMID 32224745P4HB resorbable mesh: 3-year results
A prospective multicenter study reported outcomes after ventral hernia repair with P4HB mesh in patients at risk for complications.
PubMed PMID 33363718P4HB resorbable mesh: 5-year follow-up
Long-term follow-up evaluated slowly resorbable Phasix mesh in VHWG grade 3 incisional hernia repair.
PubMed PMID 38144487Self-gripping versus sutured mesh
A meta-analysis found no chronic-pain or recurrence advantage for ProGrip over standard sutured mesh in open inguinal repair.
PubMed PMID 32444971Individualized decision
How Dr. Gay Discusses Mesh Choice
The final choice depends on hernia size and location, whether the repair is open or minimally invasive, mesh position, tissue quality, prior repair, infection risk, activity level, and surgical goals.
A product that is useful in one plane or procedure may be inappropriate in another. Dr. Gay discusses the expected benefits, limitations, alternatives, and product-specific considerations before surgery.
Patient resource
Download the Patient GuideDr. Gay’s Hernia Repair Patient Guide
Review practical information about hernia surgery, repair choices, and recovery before your consultation.
Common questions
Hernia Mesh Options FAQ
Why is mesh used in hernia repair?
Mesh reinforces a weakened area while healing tissue grows into and around it. For many hernias, mesh can reduce recurrence compared with suture repair alone.
Can I have a hernia repair without mesh?
Selected patients and hernias may be candidates for tissue-based no-mesh repair. The tradeoff can include a different recurrence risk depending on anatomy and technique.
What does macroporous mesh mean?
Macroporous mesh has relatively large openings intended to permit tissue ingrowth, vascular access, and integration while reducing the amount of implanted material.
What is resorbable hernia mesh?
Resorbable mesh provides temporary reinforcement and gradually degrades, transferring load to remodeled native tissue over time.
Is lightweight mesh always better?
No. Mesh weight is one characteristic among many. The ideal choice depends on hernia type, location, repair plane, tissue quality, and required strength.
How does Dr. Gay choose a mesh?
The choice is individualized based on hernia size and location, repair plane, tissue quality, prior repair, infection risk, activity, and patient goals.
Understand your options
Ready to Discuss Mesh or No-Mesh Repair?
Meet directly with Dr. Gay to understand which repair materials and techniques fit your hernia, anatomy, and goals.
Video education
Hear Dr. Gay explain the procedure
Watch this brief overview, then bring your questions to your visit.
Comprehensive patient guide
Hernia Mesh Options: anatomy, treatment, and risks
This guide supports an informed conversation with a surgeon. Recommendations must be individualized after examination and review of relevant records.
Related anatomy
Mesh reinforces fascia by distributing force across a broader area while tissue grows into or remodels around the material.
Pathophysiology
Material, pore size, weight, coating, resorption, and tissue plane influence integration, stiffness, infection behavior, adhesion risk, and durability.
Diagnosis and evaluation
Selection considers defect, contamination risk, location near bowel, prior mesh, tissue quality, and patient preferences.
Medical and nonsurgical treatment
A hernia does not usually heal with medication. Nonsurgical management can include watchful waiting for selected minimally symptomatic patients, activity modification, treatment of cough or constipation, smoking cessation, nutrition, glucose control, and weight or fitness optimization before surgery.
Surgical and procedural treatment
Options include permanent polypropylene or polyester, coated intraperitoneal products, biological materials, resorbable biosynthetics, and selected no-mesh tissue repair.
Risks and tradeoffs
Repair risks include bleeding, infection, seroma, urinary retention, injury to bowel, bladder, vessels, nerves, or spermatic structures, chronic pain, numbness, mesh-related complications, recurrence, conversion to open surgery, and anesthesia complications. Risk varies substantially by anatomy and prior operations.
Recovery and shared decisions
Recovery depends on the exact procedure, disease severity, health, work demands, and whether additional treatment is needed. Before treatment, discuss expected pain control, wound care, activity, diet, pathology results, follow-up, and the symptoms that should prompt a call.
- Ask what alternatives are reasonable.
- Ask how success and recurrence are measured.
- Review medications and health optimization.
- Clarify expected restrictions and follow-up.
Urgent care: Call 911 or seek prompt evaluation for severe or rapidly worsening pain, heavy bleeding, trouble breathing, repeated vomiting, fainting, rapidly spreading redness, or another emergency.
Educational resources
Prepare for your visit
Bring relevant imaging, pathology, laboratory results, medication lists, prior operative reports, and your questions when available.