Global Orthopedic Software Market by Country (United States, Canada, India, China, Japan, United Kingdom), Company Profiles, Share, Trends, Analysis, Opportunities, Segmentation and Forecast 2015 – 2021
Global orthopedic software market has huge scope and its products are widely adopted across all the geographies. Globally, the demand for orthopedic software products are expected to rise further due to increase in adoption of minimally invasive surgeries and implants. Rising life style oriented diseases such as arthritis, osteoporosis diabetes and so on are giving rise to minimally invasive surgeries. Technological advancement and innovation in global orthopedic software market has created huge scope for global players to enter the market. FDA clearances to orthopedic software are driving the global orthopedic software market. Global orthopedic software by product includes digital templating/pre-operative planning software, orthopedic electronic health record, orthopedic practice management market, orthopedic picture archiving and communication systems are adopted globally.
Additionally, the global adoption of electronic health record in major hospitals, clinics and diagnostic centers enables the orthopedic software market to grow. Global orthopedic software market by application such as orthopedic surgery, joint replacement and so on is expected to grow at a good pace due to huge adoption of minimally invasive surgeries.
In the present scenario the global orthopedic software market is undergoing rapid expansion with adoption of technological support and innovative approaches. Global orthopedic software market is expecting significant expansion in emerging economies such as China, India, Japan and Korea. The key driving forces for the global orthopedic software market are: Global rise in life style oriented diseases such as osteoporosis, arthritis and diabetes are driving the global orthopedic software market. Global rise in adoption of minimally invasive surgeries have created huge scope for global orthopedic software market. Global increase in disabilities and disorders are also giving rise to global orthopedic software market. Rise in incidence and prevalence rate of arthritis, knee injuries are expected to bring huge scope for global orthopedic software market. Innovation and technological advancement enables the global orthopedic software market to grow fast.
Companies profiled include
1. Brainlab AG
2. Materialise NV
3. Medstrat, Inc.
4. Curemd
5. Mckesson Corporation
6. Healthfusion Inc.
7. Greenway Health
8. Quality Systems, Inc.
9. Johnson & Johnson
10. Philips corporation
11. Medtronic Inc.
12. Adler Ortho
13. Siemens
14. Aesculap Inc
15. Advanced biologics
16. Arthrex
17. Nuortho surgical
18. OMNI life science
19. Orthofix
20. OrthoPro
21. Smith and nephew
22. Stryker
23. Zimmer holdings
24. Arthorcare
25. Aspen medical products
26. Biomet Inc
27. ConforMIS corp
28. CONMED corporation
29. Corin
30. Covidien
31. Geistlich surgery
32. Kinamed Inc
This Occams Research Report covers:
1. Historical data
2. Revenue forecasts, growth rates and CAGR up to 2021
3. Industry Analysis
4. Competitive Analysis
5. Key geographic growth data
Additionally, the global adoption of electronic health record in major hospitals, clinics and diagnostic centers enables the orthopedic software market to grow. Global orthopedic software market by application such as orthopedic surgery, joint replacement and so on is expected to grow at a good pace due to huge adoption of minimally invasive surgeries.
In the present scenario the global orthopedic software market is undergoing rapid expansion with adoption of technological support and innovative approaches. Global orthopedic software market is expecting significant expansion in emerging economies such as China, India, Japan and Korea. The key driving forces for the global orthopedic software market are: Global rise in life style oriented diseases such as osteoporosis, arthritis and diabetes are driving the global orthopedic software market. Global rise in adoption of minimally invasive surgeries have created huge scope for global orthopedic software market. Global increase in disabilities and disorders are also giving rise to global orthopedic software market. Rise in incidence and prevalence rate of arthritis, knee injuries are expected to bring huge scope for global orthopedic software market. Innovation and technological advancement enables the global orthopedic software market to grow fast.
Companies profiled include
1. Brainlab AG
2. Materialise NV
3. Medstrat, Inc.
4. Curemd
5. Mckesson Corporation
6. Healthfusion Inc.
7. Greenway Health
8. Quality Systems, Inc.
9. Johnson & Johnson
10. Philips corporation
11. Medtronic Inc.
12. Adler Ortho
13. Siemens
14. Aesculap Inc
15. Advanced biologics
16. Arthrex
17. Nuortho surgical
18. OMNI life science
19. Orthofix
20. OrthoPro
21. Smith and nephew
22. Stryker
23. Zimmer holdings
24. Arthorcare
25. Aspen medical products
26. Biomet Inc
27. ConforMIS corp
28. CONMED corporation
29. Corin
30. Covidien
31. Geistlich surgery
32. Kinamed Inc
This Occams Research Report covers:
1. Historical data
2. Revenue forecasts, growth rates and CAGR up to 2021
3. Industry Analysis
4. Competitive Analysis
5. Key geographic growth data
1. INTRODUCTION
1.1. Executive summary
1.2. Estimation methodology
2. MARKET OVERVIEW
2.1. Market definition and scope
2.2. Key findings
2.3. Parametric analysis
2.3.1. Incidence and prevalence rate of knee injuries
2.3.2. Incidence and prevalence rate of amputees across geographies
2.3.3. Incidence and prevalence rate of arthritis and osteoporosis
2.3.4. Incidence and prevalence rate of diabetes across geographies
2.3.5. Incidence and prevalence rate of obesity across geographies
2.3.6. Growing healthcare expenditure across geographies
2.4. Key market insights
2.4.1. Top 3 emerging countries
2.4.2. Top 3 revenue generating segments
2.4.3. Top growing markets and emerging trends
2.4.4. R&D scenario in global orthopedic software market
2.5. Competitive intelligence
2.5.1. Market share analysis
2.5.2. Top winning strategies
2.5.3. Case studies: top competitive moves
2.6. Value chain analysis
2.7. Key buying criteria
2.8. Strategic recommendation
2.9. Strategic conclusions
3. MARKET DETERMINANTS
3.1. Market drivers
3.1.1. Global rise in life style oriented diseases driving the global orthopedic software market
3.1.2. Global adoption of minimally invasive surgeries creating scope for orthopedic software market
3.1.3. Rising incidence and prevalence rate of arthritis and osteoporosis creating huge demand for global orthopedic software market.
3.1.4. Huge population of elderly patients are also giving rise to global orthopedic software market
3.1.5. Innovation giving rise to global orthopedic software market
3.1.6. Technological advancement enables the global orthopedic software market to grow fast
3.1.7. Increase in research and development by orthopedic software companies creating huge scope for global orthopedic software market
3.1.8. FDA nod to orthopedic software giving rise to global orthopedic software market
3.2. Market restraints
3.2.1. Emerging economies has poor healthcare insurance policies which may affect the global orthopedic software market
3.2.2. High cost of minimally invasive surgeries and treatment may hinder the growth of global orthopedic software market
3.3. Market challenges
3.3.1. Huge costs are associated with global orthopedic software market products
3.3.2. Government policies may affect the growth of global orthopedic software market
3.4. Market opportunities
3.4.1. 3D printing technology is expected to contribute a lot in the growth of global orthopedic software market
3.4.2. Untapped APAC region has huge scope for global orthopedic software market
3.4.3. Increasing awareness about orthopedic and concern diseases
3.4.4. Increasing robotic surgeries is expected to contribute in global orthopedic software market
4. SECTOR ANALYSIS
4.1. Parent market
4.2. Sub-segment market
4.3. Alternative market
5. MARKET SEGMENTATION
5.1. Global orthopedic software market by product, 2014-2021 ($ millions)
5.1.1. Global digital templating/pre-operative planning software market, 2014-2021 ($ millions)
5.1.2. Global orthopedic electronic health record market, 2014-2021 ($ millions)
5.1.3. Global orthopedic practice management market, 2014-2021 ($ millions)
5.1.4. Global orthopedic picture archiving and communication systems market, 2014-2021 ($ millions)
5.1.5. Global orthopedic revenue cycle management market, 2014-2021 ($ millions)
5.1.6. Global other market, 2014-2021 ($ millions)
5.2. Global orthopedic software market by application, 2014-2021 ($ millions)
5.2.1. Global orthopedic surgery market, 2014-2021 ($ millions)
5.2.2. Global joint replacement market, 2014-2021 ($ millions)
5.2.3. Global fracture management market, 2014-2021 ($ millions)
5.2.4. Global pediatric assessment market, 2014-2021 ($ millions)
5.3. Global orthopedic software market by mode of delivery, 2014-2021 ($ millions)
5.3.1. Global web based market, 2014-2021 ($ millions)
5.3.2. Global cloud based market, 2014-2021 ($ millions)
5.3.3. Global premise based market, 2014-2021 ($ millions)
6. COMPETITIVE LANDSCAPE
6.1. Market share
6.2. Strategy – An analysis across tiers
7. GEOGRAPHICAL ANALYSIS
7.1. North America orthopedic software market, 2014-2021 ($millions)
7.1.1. United States (U.S.) orthopedic software market, 2014-2021 ($millions)
7.1.2. Canada orthopedic software market, 2014-2021 ($millions)
7.2. Europe orthopedic software market, 2014-2021 ($millions)
7.2.1. United Kingdom (UK) orthopedic software market, 2014-2021 ($millions)
7.2.2. France orthopedic software market, 2014-2021 ($millions)
7.2.3. Germany orthopedic software market, 2014-2021 ($millions)
7.2.4. Spain orthopedic software market, 2014-2021 ($millions)
7.2.5. Italy orthopedic software market, 2014-2021 ($millions)
7.2.6. RoE orthopedic software market, 2014-2021 ($millions)
7.3. Asia Pacific orthopedic software market, 2014-2021 ($millions)
7.3.1. India orthopedic software market, 2014-2021 ($millions)
7.3.2. China orthopedic software market, 2014-2021 ($millions)
7.3.3. Japan orthopedic software market, 2014-2021 ($millions)
7.3.4. Korea orthopedic software market, 2014-2021 ($millions)
7.3.5. Australia orthopedic software market, 2014-2021 ($millions)
7.3.6. RoAPAC orthopedic software market, 2014-2021 ($millions)
7.4. Rest of the world orthopedic software market, 2014-2021 ($millions)
7.4.1. Latin America orthopedic software market, 2014-2021 ($millions)
7.4.2. MENA orthopedic software market, 2014-2021 ($millions)
7.4.3. Africa orthopedic software market, 2014-2021 ($millions)
8. COMPANY PROFILING: - (OVER, SCOT ANALYSIS, STRATEGIC REVIEW)
8.1. Brainlab AG
8.2. Materialise NV
8.3. Medstrat, Inc.
8.4. Curemd
8.5. Mckesson Corporation
8.6. Healthfusion Inc.
8.7. Greenway Health
8.8. Quality Systems, Inc.
8.9. Johnson & Johnson
8.10. Philips corporation
8.11. Medtronic Inc.
8.12. Adler Ortho
8.13. Siemens
8.14. Aesculap Inc
8.15. Advanced biologics
8.16. Arthrex
8.17. Nuortho surgical
8.18. OMNI life science
8.19. Orthofix
8.20. OrthoPro
8.21. Smith and nephew
8.22. Stryker
8.23. Zimmer holdings
8.24. Arthorcare
8.25. Aspen medical products
8.26. Biomet Inc
8.27. ConforMIS corp
8.28. CONMED corporation
8.29. Corin
8.30. Covidien
8.31. Geistlich surgery
8.32. Kinamed Inc
1.1. Executive summary
1.2. Estimation methodology
2. MARKET OVERVIEW
2.1. Market definition and scope
2.2. Key findings
2.3. Parametric analysis
2.3.1. Incidence and prevalence rate of knee injuries
2.3.2. Incidence and prevalence rate of amputees across geographies
2.3.3. Incidence and prevalence rate of arthritis and osteoporosis
2.3.4. Incidence and prevalence rate of diabetes across geographies
2.3.5. Incidence and prevalence rate of obesity across geographies
2.3.6. Growing healthcare expenditure across geographies
2.4. Key market insights
2.4.1. Top 3 emerging countries
2.4.2. Top 3 revenue generating segments
2.4.3. Top growing markets and emerging trends
2.4.4. R&D scenario in global orthopedic software market
2.5. Competitive intelligence
2.5.1. Market share analysis
2.5.2. Top winning strategies
2.5.3. Case studies: top competitive moves
2.6. Value chain analysis
2.7. Key buying criteria
2.8. Strategic recommendation
2.9. Strategic conclusions
3. MARKET DETERMINANTS
3.1. Market drivers
3.1.1. Global rise in life style oriented diseases driving the global orthopedic software market
3.1.2. Global adoption of minimally invasive surgeries creating scope for orthopedic software market
3.1.3. Rising incidence and prevalence rate of arthritis and osteoporosis creating huge demand for global orthopedic software market.
3.1.4. Huge population of elderly patients are also giving rise to global orthopedic software market
3.1.5. Innovation giving rise to global orthopedic software market
3.1.6. Technological advancement enables the global orthopedic software market to grow fast
3.1.7. Increase in research and development by orthopedic software companies creating huge scope for global orthopedic software market
3.1.8. FDA nod to orthopedic software giving rise to global orthopedic software market
3.2. Market restraints
3.2.1. Emerging economies has poor healthcare insurance policies which may affect the global orthopedic software market
3.2.2. High cost of minimally invasive surgeries and treatment may hinder the growth of global orthopedic software market
3.3. Market challenges
3.3.1. Huge costs are associated with global orthopedic software market products
3.3.2. Government policies may affect the growth of global orthopedic software market
3.4. Market opportunities
3.4.1. 3D printing technology is expected to contribute a lot in the growth of global orthopedic software market
3.4.2. Untapped APAC region has huge scope for global orthopedic software market
3.4.3. Increasing awareness about orthopedic and concern diseases
3.4.4. Increasing robotic surgeries is expected to contribute in global orthopedic software market
4. SECTOR ANALYSIS
4.1. Parent market
4.2. Sub-segment market
4.3. Alternative market
5. MARKET SEGMENTATION
5.1. Global orthopedic software market by product, 2014-2021 ($ millions)
5.1.1. Global digital templating/pre-operative planning software market, 2014-2021 ($ millions)
5.1.2. Global orthopedic electronic health record market, 2014-2021 ($ millions)
5.1.3. Global orthopedic practice management market, 2014-2021 ($ millions)
5.1.4. Global orthopedic picture archiving and communication systems market, 2014-2021 ($ millions)
5.1.5. Global orthopedic revenue cycle management market, 2014-2021 ($ millions)
5.1.6. Global other market, 2014-2021 ($ millions)
5.2. Global orthopedic software market by application, 2014-2021 ($ millions)
5.2.1. Global orthopedic surgery market, 2014-2021 ($ millions)
5.2.2. Global joint replacement market, 2014-2021 ($ millions)
5.2.3. Global fracture management market, 2014-2021 ($ millions)
5.2.4. Global pediatric assessment market, 2014-2021 ($ millions)
5.3. Global orthopedic software market by mode of delivery, 2014-2021 ($ millions)
5.3.1. Global web based market, 2014-2021 ($ millions)
5.3.2. Global cloud based market, 2014-2021 ($ millions)
5.3.3. Global premise based market, 2014-2021 ($ millions)
6. COMPETITIVE LANDSCAPE
6.1. Market share
6.2. Strategy – An analysis across tiers
7. GEOGRAPHICAL ANALYSIS
7.1. North America orthopedic software market, 2014-2021 ($millions)
7.1.1. United States (U.S.) orthopedic software market, 2014-2021 ($millions)
7.1.2. Canada orthopedic software market, 2014-2021 ($millions)
7.2. Europe orthopedic software market, 2014-2021 ($millions)
7.2.1. United Kingdom (UK) orthopedic software market, 2014-2021 ($millions)
7.2.2. France orthopedic software market, 2014-2021 ($millions)
7.2.3. Germany orthopedic software market, 2014-2021 ($millions)
7.2.4. Spain orthopedic software market, 2014-2021 ($millions)
7.2.5. Italy orthopedic software market, 2014-2021 ($millions)
7.2.6. RoE orthopedic software market, 2014-2021 ($millions)
7.3. Asia Pacific orthopedic software market, 2014-2021 ($millions)
7.3.1. India orthopedic software market, 2014-2021 ($millions)
7.3.2. China orthopedic software market, 2014-2021 ($millions)
7.3.3. Japan orthopedic software market, 2014-2021 ($millions)
7.3.4. Korea orthopedic software market, 2014-2021 ($millions)
7.3.5. Australia orthopedic software market, 2014-2021 ($millions)
7.3.6. RoAPAC orthopedic software market, 2014-2021 ($millions)
7.4. Rest of the world orthopedic software market, 2014-2021 ($millions)
7.4.1. Latin America orthopedic software market, 2014-2021 ($millions)
7.4.2. MENA orthopedic software market, 2014-2021 ($millions)
7.4.3. Africa orthopedic software market, 2014-2021 ($millions)
8. COMPANY PROFILING: - (OVER, SCOT ANALYSIS, STRATEGIC REVIEW)
8.1. Brainlab AG
8.2. Materialise NV
8.3. Medstrat, Inc.
8.4. Curemd
8.5. Mckesson Corporation
8.6. Healthfusion Inc.
8.7. Greenway Health
8.8. Quality Systems, Inc.
8.9. Johnson & Johnson
8.10. Philips corporation
8.11. Medtronic Inc.
8.12. Adler Ortho
8.13. Siemens
8.14. Aesculap Inc
8.15. Advanced biologics
8.16. Arthrex
8.17. Nuortho surgical
8.18. OMNI life science
8.19. Orthofix
8.20. OrthoPro
8.21. Smith and nephew
8.22. Stryker
8.23. Zimmer holdings
8.24. Arthorcare
8.25. Aspen medical products
8.26. Biomet Inc
8.27. ConforMIS corp
8.28. CONMED corporation
8.29. Corin
8.30. Covidien
8.31. Geistlich surgery
8.32. Kinamed Inc
LIST OF TABLES
:
1. GLOBAL ORTHOPEDIC SOFTWARE MARKET BY PRODUCT, 2014-2021 ($ MILLIONS)
2. GLOBAL DIGITAL TEMPLATING/PRE-OPERATIVE PLANNING SOFTWARE MARKET, 2014-2021 ($ MILLIONS)
3. GLOBAL ORTHOPEDIC ELECTRONIC HEALTH RECORD MARKET, 2014-2021 ($ MILLIONS)
4. GLOBAL ORTHOPEDIC PRACTICE MANAGEMENT MARKET, 2014-2021 ($ MILLIONS)
5. GLOBAL ORTHOPEDIC PICTURE ARCHIVING AND COMMUNICATION SYSTEMS MARKET, 2014-2021 ($ MILLIONS)
6. GLOBAL ORTHOPEDIC REVENUE CYCLE MANAGEMENT MARKET, 2014-2021 ($ MILLIONS)
7. GLOBAL OTHER MARKET, 2014-2021 ($ MILLIONS)
8. GLOBAL ORTHOPEDIC SOFTWARE MARKET BY APPLICATION, 2014-2021 ($ MILLIONS)
9. GLOBAL ORTHOPEDIC SURGERY MARKET, 2014-2021 ($ MILLIONS)
10. GLOBAL JOINT REPLACEMENT MARKET, 2014-2021 ($ MILLIONS)
11. GLOBAL FRACTURE MANAGEMENT MARKET, 2014-2021 ($ MILLIONS)
12. GLOBAL PEDIATRIC ASSESSMENT MARKET, 2014-2021 ($ MILLIONS)
13. GLOBAL ORTHOPEDIC SOFTWARE MARKET BY MODE OF DELIVERY, 2014-2021 ($ MILLIONS)
14. GLOBAL WEB BASED MARKET, 2014-2021 ($ MILLIONS)
15. GLOBAL CLOUD BASED MARKET, 2014-2021 ($ MILLIONS)
16. GLOBAL PREMISE BASED MARKET, 2014-2021 ($ MILLIONS)
:
1. GLOBAL ORTHOPEDIC SOFTWARE MARKET BY PRODUCT, 2014-2021 ($ MILLIONS)
2. GLOBAL DIGITAL TEMPLATING/PRE-OPERATIVE PLANNING SOFTWARE MARKET, 2014-2021 ($ MILLIONS)
3. GLOBAL ORTHOPEDIC ELECTRONIC HEALTH RECORD MARKET, 2014-2021 ($ MILLIONS)
4. GLOBAL ORTHOPEDIC PRACTICE MANAGEMENT MARKET, 2014-2021 ($ MILLIONS)
5. GLOBAL ORTHOPEDIC PICTURE ARCHIVING AND COMMUNICATION SYSTEMS MARKET, 2014-2021 ($ MILLIONS)
6. GLOBAL ORTHOPEDIC REVENUE CYCLE MANAGEMENT MARKET, 2014-2021 ($ MILLIONS)
7. GLOBAL OTHER MARKET, 2014-2021 ($ MILLIONS)
8. GLOBAL ORTHOPEDIC SOFTWARE MARKET BY APPLICATION, 2014-2021 ($ MILLIONS)
9. GLOBAL ORTHOPEDIC SURGERY MARKET, 2014-2021 ($ MILLIONS)
10. GLOBAL JOINT REPLACEMENT MARKET, 2014-2021 ($ MILLIONS)
11. GLOBAL FRACTURE MANAGEMENT MARKET, 2014-2021 ($ MILLIONS)
12. GLOBAL PEDIATRIC ASSESSMENT MARKET, 2014-2021 ($ MILLIONS)
13. GLOBAL ORTHOPEDIC SOFTWARE MARKET BY MODE OF DELIVERY, 2014-2021 ($ MILLIONS)
14. GLOBAL WEB BASED MARKET, 2014-2021 ($ MILLIONS)
15. GLOBAL CLOUD BASED MARKET, 2014-2021 ($ MILLIONS)
16. GLOBAL PREMISE BASED MARKET, 2014-2021 ($ MILLIONS)
LIST OF FIGURES:
1. UNITED STATES (U.S.) ORTHOPEDIC SOFTWARE MARKET, 2014-2021 ($MILLIONS)
2. CANADA ORTHOPEDIC SOFTWARE MARKET, 2014-2021 ($MILLIONS)
3. UNITED KINGDOM (UK) ORTHOPEDIC SOFTWARE MARKET, 2014-2021 ($MILLIONS)
4. FRANCE ORTHOPEDIC SOFTWARE MARKET, 2014-2021 ($MILLIONS)
5. GERMANY ORTHOPEDIC SOFTWARE MARKET, 2014-2021 ($MILLIONS)
6. SPAIN ORTHOPEDIC SOFTWARE MARKET, 2014-2021 ($MILLIONS)
7. ITALY ORTHOPEDIC SOFTWARE MARKET, 2014-2021 ($MILLIONS)
8. ROE ORTHOPEDIC SOFTWARE MARKET, 2014-2021 ($MILLIONS)
9. INDIA ORTHOPEDIC SOFTWARE MARKET, 2014-2021 ($MILLIONS)
10. CHINA ORTHOPEDIC SOFTWARE MARKET, 2014-2021 ($MILLIONS)
11. JAPAN ORTHOPEDIC SOFTWARE MARKET, 2014-2021 ($MILLIONS)
12. KOREA ORTHOPEDIC SOFTWARE MARKET, 2014-2021 ($MILLIONS)
13. AUSTRALIA ORTHOPEDIC SOFTWARE MARKET, 2014-2021 ($MILLIONS)
14. ROAPAC ORTHOPEDIC SOFTWARE MARKET, 2014-2021 ($MILLIONS)
15. LATIN AMERICA ORTHOPEDIC SOFTWARE MARKET, 2014-2021 ($MILLIONS)
16. MENA ORTHOPEDIC SOFTWARE MARKET, 2014-2021 ($MILLIONS)
17. AFRICA ORTHOPEDIC SOFTWARE MARKET, 2014-2021 ($MILLIONS)
1. UNITED STATES (U.S.) ORTHOPEDIC SOFTWARE MARKET, 2014-2021 ($MILLIONS)
2. CANADA ORTHOPEDIC SOFTWARE MARKET, 2014-2021 ($MILLIONS)
3. UNITED KINGDOM (UK) ORTHOPEDIC SOFTWARE MARKET, 2014-2021 ($MILLIONS)
4. FRANCE ORTHOPEDIC SOFTWARE MARKET, 2014-2021 ($MILLIONS)
5. GERMANY ORTHOPEDIC SOFTWARE MARKET, 2014-2021 ($MILLIONS)
6. SPAIN ORTHOPEDIC SOFTWARE MARKET, 2014-2021 ($MILLIONS)
7. ITALY ORTHOPEDIC SOFTWARE MARKET, 2014-2021 ($MILLIONS)
8. ROE ORTHOPEDIC SOFTWARE MARKET, 2014-2021 ($MILLIONS)
9. INDIA ORTHOPEDIC SOFTWARE MARKET, 2014-2021 ($MILLIONS)
10. CHINA ORTHOPEDIC SOFTWARE MARKET, 2014-2021 ($MILLIONS)
11. JAPAN ORTHOPEDIC SOFTWARE MARKET, 2014-2021 ($MILLIONS)
12. KOREA ORTHOPEDIC SOFTWARE MARKET, 2014-2021 ($MILLIONS)
13. AUSTRALIA ORTHOPEDIC SOFTWARE MARKET, 2014-2021 ($MILLIONS)
14. ROAPAC ORTHOPEDIC SOFTWARE MARKET, 2014-2021 ($MILLIONS)
15. LATIN AMERICA ORTHOPEDIC SOFTWARE MARKET, 2014-2021 ($MILLIONS)
16. MENA ORTHOPEDIC SOFTWARE MARKET, 2014-2021 ($MILLIONS)
17. AFRICA ORTHOPEDIC SOFTWARE MARKET, 2014-2021 ($MILLIONS)
