TIGR® Matrix logo

The ideal matrix for breast reconstruction with implant.

  • Resorbable
  • Strong
  • Pillable and easy to cut
  • 100% Synthetic
  • Cost effective
  • Multifilament for superior tissue integration
  • No rinsing
  • CE marked
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Strong when you need it, gone when you don't

What is TIGR®Matrix?

TIGR®Matrix is the world’s first long-term resorbable, 100% synthetic mesh, made from materials that have been in clinical use since the 1970s (lactide, glycolide, trimethylene carbonate). It’s unique technology consists of dual-stage degradation and full resorption.

Used by surgeons around the world

Over time TIGR®Matrix degrades and load is gradually transferred to the newly regenerated tissue during the remodeling phase resulting in new functional tissue.

Initial wound healing

Material rigidity ensures stability during initial wound healing.2

Remodeling

TIGR® Matrix develops more flexible mechanics that allow for movement during remodeling.1

Resorption

After 36 months, the material is completely resorbed and replaced by well-structured collagen.1

1. Three-year results from a preclinical implantation study of a long-term resorbable surgical mesh with time-dependent mechanical characteristics H. Hjort, T. Mathisen, A. Alves, G. Clermont, J. P. Boutrand, Hernia, 16(2):191–197, 2012
2. Data on file, in vitro resorption.

The pre-pectoral procedure with Tigr® Matrix

  • The reconstruction is offered as a one or two stage procedure depending on clinical criteria, the need for adjuvant radio- and/or chemotherapy or other risk factors.
  • Complete coverage or anterior coverage of the implant with TIGR® Matrix is possible.
  • The pre-pectoral reduces pain as the pectoralis major muscle remains undisturbed and thus eliminates animation (e.g. jumping breast phenomenon) due to muscle contraction.
  • An implant is placed above the pectoralis major muscle and TIGR® Matrix supports and stabilizes the implant in place while promoting tissue repair and long-term soft tissue support.
  • The pre-pectoral procedure is a less invasive technique becoming more popular due to reduced post-operative pain and better quality of life for the patient.
  • A one-step reconstruction after a mastectomy is possible, allowing the patient to recover faster, have a better body image as well as satisfying aesthetic outcome.

The sub-pectoral procedure with Tigr® Matrix

  • The reconstruction is offered as a one or two stage procedure depending on clinical criteria, the need for adjuvant radio- and/or chemotherapy or other risk factors.
  • Cutting the pectoralis major muscle at the low insertion and placing the breast implant under the muscle flap is the standard approach.
  • Placing the implant behind the pectoralis major muscle may increase rates of acute and chronic post-operative pain due to muscle trauma and discomfort with any physical activity, a longer duration with drains, a higher rate of capsular contraction and implant displacement.
  • Implant malposition and lack of tissue in the lower pole increases risks of implant exposure.
  • To achieve coverage of the lower pole of the breast, TIGR® Matrix is sutured to the submammary fold and to the lower part of the pectoral muscle and laterally to the chest wall. Partial muscle coverage together with TIGR® Matrix allows for better predictability.
  • The introduction of TIGR® Matrix long-term resorbable synthetic mesh offers a solution to many of the shortcomings associated with muscle coverage.

Gone in 3 years

Tissue integration and collagen deposition – revascularization

TIGR®Matrix is rapidly integrated into the surrounding tissue by deposition of new collagen and formation of new blood vessels.

Macro-porosity designed to allow tissue integration for tissue repair

Specifically designed for soft tissue repair and used by surgeons in reconstruction surgery.

TIGR®Matrix is a soft and pliable alternative when performing implant based breast reconstructions. Vital when performing both the pre-pectoral and sub-pectoral technique.

The untwisted multifilament fibers allow new tissue to integrate fully through the porous structure as well as inbetween each fiber.

CLINICAL DATA
USING TIGR® Matrix
Hallberg
49 patients
Pompei
49 patients
Sharma
49 patients
Becker
49 patients
Quinn*
49 patients
Marthan**
195 patients
144 subpec 78 prepec
Average follow-up17 Months12 Months18 Months 16 Months23,6 Months32 Months32 Months
Seroma3.1%3.3%0% 1.8%N/A0.4%3%
Hematoma1.5%6.7%0% N/A1%5%4%
Infection1.5%1.7%10.8% 3.6%11%7.6%4%
Flap necrosis1.5%5.0%0% 1.8%2%1.4%2.6%
Implant loss3.1%N/A6.7% N/A6%10%5%
CAPSULAR CONTRACTURE Hallberg
49 patients
Quinn*
121 patients
Marthan**
195 patients
No adjuvant radiotherapy 4.9% 6% 9% (154 breasts)
Adjuvant radiotherapy N/A N/A 51% (69 breasts)

TOTAL NUMBER OF PATIENTS: 581

*In the skin-sparing mastectomy group

** No exclusion criteria, high risk cancer Please check novusscientific.com for the latest publications on TIGR® Matrix

Media

TIGR® Matrix basic function

Dr. Richard Lewin on the Necessity of Cross-Functional Breast Surgery Teams

Prof. Malcolm Kell talks about the usage of synthetic mesh in contrast to biologics

Prevention of Ventral Hernia with TIGR® Matrix - Recon Surgical

Tigr Matrix comes in three sizes

10x15 cm

15x20 cm

20x30 cm

The ideal matrix for breast reconstruction with implant

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