Stents are commonly used in the treatment of blocked arteries. Bioabsorbable stents are defined as fully biodegradable stents that completely disappear overtime. Despite the progression in normal metallic stents, there have been concerns on stent thrombosis and mismatch of stent with vessel size. To overcome these roadblocks biodegradable stents came into existence in the recent years and is expected to considerably replace traditional stents. They eradicate the need for dual anti-platelet therapies and treat coronary artery diseases more efficiently.
Bioabsorbable implant stents can be used as a delivery device for agents such as drugs and genes, and will perhaps play a role in the treatment of vulnerable plaque. Increasing occurrences of coronary and peripheral artery diseases coupled with increased commercialization of these products especially in the developed nations is driving the growth of the market. This market report is classified on the basis of various parameters. This report contains market segments categorized on the basis of material, application, end user and geography. The bioabsorbable stents market is classified on the basis of material used for manufacturing the products including polymeric and metallic.
Increasing focus on clinical trials of stents, aging population and technological advancements in treatments are the key drivers for the market growth. Metal bioabsorbable stents are luring the medical device providers as they have the potential to perform similarly to stainless steel metal stents. So far, two bioabsorbable metal alloys have been commercialized for this application: iron and magnesium. Zinc is being investigated and has been proven more efficient with fewer side effects. North America and Europe held major shares due to product availability, high standards of healthcare and constant innovation related to stents. APAC is set to witness huge growth with a CAGR of XX% in the next few years with the expanding healthcare and treatment centers in this region.
Bioabsorbable implant stents can be used as a delivery device for agents such as drugs and genes, and will perhaps play a role in the treatment of vulnerable plaque. Increasing occurrences of coronary and peripheral artery diseases coupled with increased commercialization of these products especially in the developed nations is driving the growth of the market. This market report is classified on the basis of various parameters. This report contains market segments categorized on the basis of material, application, end user and geography. The bioabsorbable stents market is classified on the basis of material used for manufacturing the products including polymeric and metallic.
Increasing focus on clinical trials of stents, aging population and technological advancements in treatments are the key drivers for the market growth. Metal bioabsorbable stents are luring the medical device providers as they have the potential to perform similarly to stainless steel metal stents. So far, two bioabsorbable metal alloys have been commercialized for this application: iron and magnesium. Zinc is being investigated and has been proven more efficient with fewer side effects. North America and Europe held major shares due to product availability, high standards of healthcare and constant innovation related to stents. APAC is set to witness huge growth with a CAGR of XX% in the next few years with the expanding healthcare and treatment centers in this region.
The key players in bioabsorbable stents market include:
- Abbot Laboratories
- Elixir Medical Corporation
- Reva Medical, Inc.
- Kyoto Medical Planning Co., Ltd.
Table of Contents
1. Bioabsorbable Stents Market Overview
3. Bioabsorbable Stents Market Landscape
4. Bioabsorbable Stents Market Forces
5. Bioabsorbable Stents Market – Strategic Analysis
6. Bioabsorbable Stents Market– By Material
7. Bioabsorbable Stents Market– By Application
8. Bioabsorbable Stents Market– By End-User
9. Bioabsorbable Stents Market-Geographic Analysis
11. Company Profiles (Overview, Financials, Developments and Product Portfolio)
12. Appendix
Methodology
LOADING...