Tutopatch and Tutomesh

Similar documents
The Strong New Choice MILLION. From A Provider. You Already Know

DEMINERALIZED BONE MATRIX

Strength and Predictability. Zimmer Collagen Repair Patch

THE BIOMECHANICS OF ALLOMEND ACELLULAR DERMAL MATRIX: SUTURE RETENTION STRENGTH

SMARTBRANE SIMPLE RELIABLE PURE NEW! Resorbable Pericardium Membrane MORE ECONOMIC. THE SMALLEST MEMBRANE 10 x 10 mm. 10 x10

Puros Cancellous Particulate Allograft & Puros Block Allograft

SalvinOss Xenograft Bone Graft Material In Vivo Testing Summary

THE WOUND SOLUTION. (Freeze dried Acellular Dermal Matrix) (Cryopreserved Acellular Dermal Matrix)

DuraMatrix portfolio. Restore with confidence

botiss dental bone & tissue regeneration biomaterials collacone max Innovative composite matrix socket preservation form-fitting resorbable composite

botiss biomaterials bone & tissue regeneration collacone max Innovative composite matrix socket preservation form-fitting resorbable composite

Lyoplant Onlay. Adding another layer of confidence to every procedure. Aesculap Neurosurgery

Puros Cancellous Particulate Allograft & Puros Block Allograft

TissueMend. Arthroscopic Surgical Technique. Arthroscopic Insertion of a Biologic Rotator Cuff Tissue Augment After Rotator Cuff Repair

09/24/2015. AGH Nuts and Bolts of Orthopedics Conference 2015 Chad J. Micucci, M.D. Disclosures NONE

CorMatrix ECM Bioscaffold

Bone augmentation with maxgraft

Bone augmentation with biomaterials

INSTRUCTIONS FOR USE FOR:

More than bone regeneration. A total solution.

BIOFIBER. Absorbable Biologic Scaffolding Solutions

A wide variety of membrane options

T-PLIF Spacer. An allograft spacer for transforaminal posterior lumbar interbody fusion.

THE NEW STANDARD OF EXCELLENCE IN BIOMATERIALS. Collagenated heterologous cortico-cancellous bone mix + TSV Gel GTO I N S P I R E D B Y N A T U R E

Ventralex ST Hernia Patch featuring Sepra Technology

NeuroMend. Collagen Wrap Conduits. Operative Technique

Allograft Bone and Super Critical Fluid (SCF) Technology

Restoration not just repair

Move beyond to Biodesign.

Hernia & Surgical. Reimbursement & Coding Guide

Cytoflex Barrier Membrane Clinical Evaluation

CONFORM FlEX. Demineralized cancellous bone

Cardinal Health Cleanroom Gloves. Advancing performance by design

WOUND CARE UPDATE. -Commonly Used Skin Substitute Products For Wound. -Total Contact Casting. Jack W. Hutter DPM, FACFAS, C. ped.

Human Tissues Department, Biotechnology Research Center, Tripoli- Libya P.O.Box: 30313,

THE BUILDING BLOCKS OF BONE FUSION. Medline Demineralized Bone Allografts Safe and Effective Grafting Options

Tissue engineering of cartilage

DRIVING THE FUTURE. About HOSPITAL INNOVATIONS. Strong commitment to healthcare innovation

Versatile grafting Solutions

Derma S O F T T I S S U E A U G M E N TAT I O N. Acellular dermal matrix

II.- PLUG. NAME of the products. Premilene Mesh Plug MANUFACTURER. B Braun DESCRIPTION. Polypropylene mesh for plug technique

soft tissue mucoderm botiss native stable 3-dimensional 3D-Regenerative Tissue Graft Handling, Clinical Application and Cases

Regenerative Tissue Matrix in Treatment of Wounds

AdvaMed Medtech Value Assessment Framework in Practice

Bone Grafting for Socket Preservation

A Comparative Study Of Zimmer BioMend And BioMend Extend Membranes Made At Two Different Manufacturing Facilities

Meshes. Meshes. Non-absorbable meshes. Absorbable meshes

with Laparoscopic Ventral Hernia Repair Positioning System SOFT TISSUE REPAIR Designed for Accurate Mesh Centering

CONFORM SHEET. Demineralized cancellous bone

Fish Skin Grafts Promote Superior Cell Ingrowth Compared to Amnion Allografts, Human Cadaver Skin and Mammalian Extracellular Matrix (ECM)

PRO-STIM Injectable Inductive Graft TECHNICAL MONOGRAPH

CERECYTE Microcoils: Accessories: MICRUSPHERE Microcoil. PRESIDIO Microcoil. CASHMERE Microcoil. DELTAPAQ Microcoil. DELTAPLUSH Microcoil

DISTAL RADIUS. Instructions for Use

Product Catalog. Dental Bone & Tissue Regeneration

botiss dental bone & tissue regeneration biomaterials mucoderm 3D-Regenerative Tissue Graft strictly biologic

CASE REPORT. CBCT-Assisted Treatment of the Failing Long Span Bridge with Staged and Immediate Load Implant Restoration

HOSPITAL INNOVATIONS

OptiFix Absorbable Fixation System

BEGO BIOMATERIALS When the result counts

SPECIALIST CURRICULUM 2019/2020

DermaSpan Acellular Dermal Matrix. Reinforcement of Ruptured Posterior Tibial Tendon Repair. Surgical Protocol by Charles Zelen, DPM, FACFAS

MEDPOR. Oral maxillofacial surgery

Surgical Solutions USA Regenerative Product Catalog USA

Positioning System. Laparoscopic ventral hernia repair KEY BENEFITS SOFT TISSUE REPAIR

Guided Tissue and Bone Regeneration

Redefining Regeneration

Technique Guide. Bard MK Hernia Repair. Featuring Modified Onflex Mesh SOFT TISSUE REPAIR. Anterior Approach to a Preperitoneal Inguinal Hernia Repair

HOLE S ANATOMY CHAPTER 5, PART II Lecture notes

Neurosurgery is complex. DuraGen is the simple choice.

AlloMend AlloSkin TM AlloWrap DS. AlloSkin TM AC AlloSkin TM RT AlloSkin TM REGENERATIVE WOUND CARE JOINT OPERATIONS LLC

Most abundant and widely distributed tissues in the body Binds, support, and strengthen body tissues, protect and insulate internal organ, serve as

THE NEXT FRONTIER OF BONE REGENERATION

RPC. Surgical Solutions USA Regenerative Product Catalog

A New EVAR Device for Infrarenal AAAs

Product Information. MIS Corporation. All Rights Reserved.

The intelligent system.

PATIENT INFORMATION. Mohs Micrographic Surgery. In the Treatment of Skin Cancer

SDR has proven reliability in high C-factor cavities 2

Introduction to Biomedical Engineering

ADVANCED BONE GRAFT SYSTEM OVERVIEW

Procedure Manual and Catalog

SYNTHECEL Dura Repair. Assurance and Versatility for Dura Reconstruction.

Properties of GENESYS TM Biocomposite Material Compared to Pure Polylactide (PLA)

Titanized Mesh Implants Hernia Surgery

Indications. Neuro Surgery. Plastic Surgery. ENT Surgery. Oral Maxillofacial Surgery

Medical Device VSP Design & Manufacturing. Virtual Surgical Planning

Low Profile Neuro Plating System. Surgical Technique

Technique Guide. A natural product for a natural repair. Post-Mastectomy Breast Reconstruction

IOS & The Sirona Connect System Clinician Procedure

BioVin Collagen Membrane

Pathology of Coronary Artery Disease

Luminary T-PLIF Spacer. An allograft spacer for transforaminal posterior lumbar interbody fusion.

THE MECHANICAL AND BIOMECHANICAL PRINCIPLES OF TRUSS STRUCTURES FOR INTERBODY FUSION

What is histology? HISTOLOGY

Case Study. TRAM Flap Reconstruction with an Associated Complication. Repair using DermaMatrix Acellular Dermis.

Simply Great Wire! Great prices.

Inion GTR Biodegradable Membrane System

Cells and Tissues 3PART D. PowerPoint Lecture Slide Presentation by Patty Bostwick-Taylor, Florence-Darlington Technical College

The advantages of atelo-collagenated, lyophilized (non-heated), bovine bone graft composite. Dr. med. Sami Watad

OssiMend Bone Graft Matrix

Transcription:

Tutopatch and Tutomesh Bovine Pericardium Implant Overview

About RTI Surgical Strong commitment to advancing science, safety and innovation. Leading global surgical implant company providing safe biologic, metal and synthetic implants. Innovator in proprietary, validated tissue sterilization processes that include viral inactivation steps. More than five million implants sterilized with zero incidence of implant-associated infection. Accredited in the U.S. by the American Association of Tissue Banks, ISO 13485 Certified and an AdvaMed Member. Table of Contents Introduction....1 Overall Implant Features....1 Safety....2 Tutoplast Tissue Sterilization Process....2 Strength....3 Revascularization and Remodeling....4 Histological Scores for Fibroblast Repopulation and Revascularization...4 Tutopatch and Tutomesh Implant Histology....4 Clinical Evidence....5 Ordering Guide...6

Tutopatch Bovine Pericardium and Tutomesh Fenestrated Bovine Pericardium Natural Collagen Matrix Tutopatch bovine pericardium and Tutomesh fenestrated bovine pericardium are natural collagenous matrices. Processed through the Tutoplast Tissue Sterilization Process, both implants offer a safe and natural biologic option for soft tissue repair. The Tutopatch and Tutomesh implants offer three important components of a biologic implant: safety, strength and support for revascularization and remodeling. Additionally, the material properties of bovine pericardium allow the implants to conform to anatomic structures, making it suited for surgical applications such as parastomal and hiatal hernia repair. OVERALL IMPLANT FEATURES Available in: Fenestrated and non-fenestrated Rectangular and oval shapes Conforms to anatomical structures 1

SAFETY SAFETY Tutopatch bovine pericardium and Tutomesh fenestrated bovine pericardium are processed through the Tutoplast Tissue Sterilization Process. Validated multi-step chemical preservation and sterilization process that removes antigenicity and inactivates pathogens Validated low dose gamma irradiation achieves terminal sterility of SAL 10-6 Tutoplast processed bovine pericardium has been utilized safely in applications including dura repair, dental, hernia, plastic and reconstructive surgery and women s health. TUTOPLAST TISSUE STERILIZATION PROCESS (Tutopatch bovine pericardium and Tutomesh fenestrated bovine pericardium) The Tutoplast process was originally developed more than 40 years ago by Tutogen Medical. During the Tutoplast process, osmotic, oxidative and alkaline treatments break down cell walls, inactivate pathogens and remove bacteria. Solvent dehydration results in room temperature storage without damaging the native tissue structure. Overall the structure, biomechanics and remodeling characteristics of the implant are maintained. Low dose gamma irradiation ensures sterility of the final packaged graft. VETERINARY INSPECTION 2 TISSUE BEFORE PROCESSING TUTOPLAST TISSUE STERILIZATION PROCESS TISSUE SHAPED INTO FINAL FORM AND PACKAGED LOW-DOSE TERMINAL IRRADIATION STERILE FINISHED GRAFT TO SAL 10-6

STRENGTH STRENGTH Despite the naturally thin nature of bovine pericardium, it is inherently strong. The material s strength comes from the composition of the tissue s structure. Native bovine pericardium is comprised of multi-directional collagen fibers that are approximately 90% Type I collagen. Many three-stranded Type I collagen molecules pack together side-by-side forming fibrils, which results in high tensile strength. In fibrils, adjacent collagen molecules are displaced from one another thus creating a staggered, striated effect that can be seen in scanning electron micrographs (SEM). If the network of collagen fibers is altered during processing, mechanical strength could be compromised. Tutopatch bovine pericardium has been shown to preserve this network of collagen fibers after processing as shown in the SEM image below.1 It is important to preserve the material characteristics that are well suited to resist the tensile forces placed on it during soft tissue repair. In a head-to-head comparison against Veritas Collagen Matrix, Tutopatch bovine pericardium was shown to have a defined collagen structure similar to non-processed bovine pericardium, whereas Veritas exhibited dramatically altered collagen structure. Further, pre-implant, out of the package testing revealed Tutopatch bovine pericardium demonstrated significantly greater uniaxial max load, UTS and modulus than Veritas.1 Tutopatch bovine pericardium has been shown to preserve the native multi-directional network of collagen fibers.1 35 Tutopatch Veritas (Average ± Standard Deviation) 30 25 20 15 10 5 0 Bovine pericardium after the Tutoplast Tissue Sterilization Process, Smooth surface, 5000x magnification. Thickness All Tests (mm) Uniaxial UTS Modulus Max (MPa) (MPa) Load (N) Suture Pull-out Load (N) Mechanical testing data from Tutopatch bovine pericardium and Veritas pre-implant. Indicates statistical significance (p < 0.05). 3

REVASCULARIZATION & REMODELING REVASCULARIZATION AND REMODELING (ANIMAL MODEL) Tutopatch bovine pericardium and Tutomesh fenestrated bovine pericardium have demonstrated rapid revascularization, repopulation and remodeling.3 Explant gross evaluation revealed that Tutopatch bovine pericardium integrated well with surrounding host tissue at four, eight and 12 weeks. Histologic analysis revealed that Tutopatch bovine pericardium had more favorable remodeling characteristics when compared to Veritas. In an animal model, the Tutopatch and Tutomesh implants have demonstrated fast tissue integration via cell repopulation and rapid revascularization in addition to remodeling over time. HISTOLOGICAL SCORES FOR FIBROBLAST REPOPULATION AND REVASCULARIZATION (ANIMAL MODEL) 3.0 3.0 Tutopatch Veritas Tutopatch Veritas 2.5 Neovascularization Score Fibroblast Repopulation 2.5 2.0 1.5 1.0 0.5 2.0 1.5 1.0 0.5 0 0 4 weeks 8 weeks 12 weeks Histological scores for fibroblast repopulation of Tutopatch bovine pericardium and Veritas at four, eight and 12 weeks post implantation. 4 weeks 8 weeks 12 weeks Histological scores for revascularization of Tutopatch bovine pericardium and Veritas at four, eight and 12 weeks post implantation. TUTOPATCH AND TUTOMESH IMPLANT HISTOLOGY3 (CLINICAL BIOPSY) PRE-IMPLANTATION NINE MONTHS AFTER IMPLANTATION 36 MONTHS AFTER IMPLANTATION Collagen is stained in yellow, elastin fibers appear in red Collagenous tissue with blood vessels proves revascularization Tissue shows revascularization with blood vessels and cells, completely remodeled 4 Performance data from animal studies may not be representative of performance in humans.

CLINICAL EVIDENCE CLINICAL EVIDENCE Demonstrated low recurrence rate and minimal complications clinically, 3 resulting in a proven technology for hernia repair. 43 Implant Recipients Post-Surgery Follow Up, Complicated Incisional Hernia Repair Diameter > 4cm 0% implant infections, 0% implant migration, 0% implant shrinkage No implant was explanted in five-year follow up 5.3% wound infection rate 7.9% rate of seroma 9.3% recurrence rate at five years 1 Qiu Qing-Qing, Zhukauskas Rasa, Wachs Rebecca A., Ely Amanda. 2014. In Vitro and In Vivo Comparison of Tutopatch Bovine Pericardium and Veritas Collagen Matrix for Hernia Repair. 2 Van Tuil C., Saxena A.K., Willital G.H., Experience with management of anterior abdomen wall defects using bovine pericard. Hernia. 2006 10:41-47. 3 Urbach V., Linderman M., Shaheen I., Paolucci V. Data on file. Department of General Surgery and Visceral Surgery, Kettler Hospital, Offenbach, Germany. 5

ORDERING GUIDE TUTOPATCH BOVINE PERICARDIUM AND TUTOMESH FENESTRATED BOVINE PERICARDIUM IMPLANTS Part Number BP0608 BP0618 BP0811 BP0814 BP0816 BP0818 BP1013 BP1016 BP1212 BP1216 BP1420 BP3016 BP3322 Description Tutopatch bovine pericardium 6 x 8cm Tutopatch bovine pericardium 6 x 18cm Tutopatch bovine pericardium 8 x 11cm Tutopatch bovine pericardium 8 x 14cm Tutopatch bovine pericardium 8 x 16cm Tutopatch bovine pericardium 8 x 18cm Tutopatch bovine pericardium 10 x 12.5cm Tutopatch bovine pericardium 10 x 16cm Tutopatch bovine pericardium 12 x 12cm Tutopatch bovine pericardium 12 x 16cm Tutopatch bovine pericardium 14 x 20cm Tutomesh fenestrated bovine pericardium 10 x 16cm Oval Tutomesh fenestrated bovine pericardium 13 x 22cm Oval Call 877-612-4287 or email rticustomerservice@rtix.com to coordinate product availability with your local representative. When Biologics are the Answer, Trust RTI Surgical. Optimized for Safety and Designed for Results. indicates U.S. registration. All trademarks and/or images are the property of their respective owners or holders. Distributed by RTI Surgical, Inc. 11621 Research Circle Alachua, FL 32615 USA t: 877.612.4287 www.rtisurgical.com rticustomerservice@rtix.com 2014 RTI Surgical, Inc. All rights reserved. 7390 R1 12/23/24