Emerging Technologies for the Spine Market : Market Research Report

Emerging Technologies for the Spine Market

Published: Sep. 30, 2006

1. Executive Summary
        1. Scope and Methodology
                  1. Scope
                  2. Methodology
        2. Introduction
                  1. Introduction to Spinal Anatomy
                  2. Introduction to Spinal Disorders

2. Technology and Applications View Point
        1. Technology Primer
                  1. Motion Preservation
                  2. Biologics
                  3. Spinal Navigation and Minimally Invasive Surgery
        2. Trends and Important Clinical Trials
                  1. Trends
                  2. Important Clinical Trials

3. Technology Adoption Factor Analysis
        1. Drivers and Challenges
                  1. Drivers
                  2. Challenges
                  3. Restraints
                  4. Strategic Recommendations
        2. Regulatory Hurdles and Funding
                  1. Regulatory Hurdles
                  2. Funding Scenario

4. Technological Advancements—MIS and Biologics
        1. Technological Advancements--Minimally Invasive Spine Surgery
                  1. Minimally Invasive Fusion Becomes Paramount
                  2. Vesselplasty–-An Advanced Treatment Alternative for Vertebral Compression Fracture
                  3. Minimal Invasive Therapies as Spinal Solutions for Osteoporosis-Related Problems
                  4. Unique Next-Generation Minimally Invasive Surgery System
                  5. Novel Minimally Invasive Procedure for Lumbar Spine Problems
                  6. A Percutaneous and Cement Augmenting Pedicle Screw System
                  7. Minimally Invasive TLIF
                  8. Newer Applications for Robots in Spine Surgery
                  9. New Robotic Arm for Navigation
        2. Technological Advancements--Biologics
                  1. Allograft Substitute for Fusion Biologics
                  2. Biologic Fusion Device Receives Approval in Australia
                  3. Collagen and Anorganic Bone Mineral-Based Device for Spinal Problems

5. Technological Advancements—Motion Preservation Devices
        1. Technological Advancements - Companies
                  1. Interspinous Implant Receives IDE Approval from FDA
                  2. Second Generation Cervical Disc Prosthesis
                  3. Complete Nucleus Replacement to Assist Arthoplasty Techniques
                  4. Total Posterior System (TOPS) for Dynamic Stabilization of the Spine
                  5. FlexPLUS for Dynamic Stabilization of the Spine
                  6. Dynamic System to Address Spine Instability
                  7. Freedom Lumbar Disc-–Next Generation TDR
                  8. Wallis Stabilization System under Clinical Trials
                  9. Titanium-Based Implant for Lumbar Spinal Stenosis
        2. Technological Advancements - Research Institutions
                  1. Recombinant Protein as Injectable Biomaterial for Augmenting Nucleus Pulposus
                  2. Neuronal Regeneration Therapy

6. Key Patents; Contacts; and Glossary
        1. Key Patents
                  1. US Patents
                  2. European Patents
        2. Contacts and Glossary
                  1. Contacts
                  2. Glossary

7. Decision Support Database
        1. DSD Tables
                  1. Government Healthcare Expenditure--World (1999-2006)
                  2. Female Population of Age 65 and Above--World (1999- 2006)
                  3. Total Male Population of Age 65 and Above--World (1999-2006)
                  4. Prevalence of Obese Population over 15 Years of Age--World (1999-2006)
                  5. Percent Healthcare Expenditure--World (1999-2006)
                  6. Private Healthcare Expenditure--World (1999-2006)

Abstract

Research Overview

This Frost & Sullivan research service titled Emerging Technologies for the Spine Market provides in-depth information about the novel non-fusion spinal implants and fusion surgical approaches that are available in the market today and those which are on the verge of commercialization, for addressing spinal disorders. In this research service, Frost & Sullivan's expert analysts thoroughly examine the following technologies: minimally invasive spine surgery, non-fusion devices, biologics, and navigation systems.

Market Sectors

Expert Frost & Sullivan analysts thoroughly examine the following market sectors in this research:

Healthcare - medical devices
Orthopaedics
Spine technologies

Technologies

The following technologies are covered in this research:

Minimally invasive spine surgery
Non-fusion devices
Biologics
Navigation systems

Market Overview

Growing Need for Minimally Invasive Spine Surgical Procedures and Alternatives to Fusion Products Spur Development of Innovative Technologies

The increasing need to identify less invasive and long-lasting solutions to spinal problems that can maintain mobility without interfering with the normal architecture of the spine has influenced the development of novel procedures and products such as minimally invasive spine surgical procedures and non-fusion motion preservation devices. The spinal devices segment, with a striking growth rate of 20 to 25 percent annually, leads the orthopedic market.

Currently the spinal implant segment derives majority of its revenues from devices and procedures that facilitate fusion to address disorders in the lumbar region of the spine. There is considerable potential for market expansion with treatments for the cervical spine, new indications requiring non-fusion and motion preservation technologies, biological products, and other procedures. "Extensive research on bone growth factors and fusion biologics has been integral to emerging technologies for the spine market," notes the analyst of this research service. "Several companies have begun tapping these growing needs, with a majority of the latest technologies being developed by small technology-based companies and a spell of acquisitions by the leading companies."

Novel Approaches to Treatment of Spinal Disorders Enhance Surgical Precision and Increase Success Rates of Spinal Surgery

Recent innovations have revolutionized the spine industry. "Minimally invasive tissue sparing procedures, spinal navigation systems and robotics, and advanced biological products such as allografts, synthetics, and bone morphogenetic proteins (BMPs) are known to enhance surgical accuracy and success rates," observes the analyst. Certain limitations of spinal fusion surgery have influenced the introduction of new categories of spine products, emphasizing on non-fusion and motion preservation technologies.

The integration of computer-assisted image-guided technology, biomaterial development and biological advances can yield powerful techniques for treating spinal disorders. A great deal of research is also being carried out in the area of biologics, BMPs, and regenerative medicine, which can trigger the next generation of spinal implants.

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Emerging Technologies for the Spine Market

Table of Contents

Abstract