1.1 Key Findings: Medical Devices and Imaging Technologies

1.1 Key Findings: Medical Devices and Imaging Technologies (continued)

1.2 Selection Methodology

2.1 Unprecedented Funding and Cross-industry Collaborations spur MedTech Innovations

2.2 Snapshot of Top Technologies from our Previous Research

2.3 Shortlisting Top Technologies in a Highly Innovative Industry

2.4 Top 10 Medical Device and Imaging Technologies, 2018

3.1 Consumer Applications of BCI to Support Market Adoption

3.2 Enthusiastic Private Funding Reflected in a Strong IP Pipeline

3.3 Application Landscape of BCI Rapidly Evolving Beyond Healthcare

3.4 Start-ups as the Engines of BCI Innovation and Market Growth

4.1 Demand for Minimally-invasive Procedures and Better Surgical Outcomes as Market Drivers

4.2 Robotics Companies and Academia Research Driving the IP Landscape

4.3 Smart Surgical Tools to Have an Impact on Biopsies, Surgeries, and Basic Research

4.4 Collaboration and Convergence of Technologies to Fuel Next-generation Product Enhancements

5.1 High-performance Biomaterials, Medical Imaging, and 3D Printing Central to Innovation

5.2 Strategic Imperative in Customizing Hip and Knee Implants

5.3 North America Leading in Innovation and Market Growth

5.4 Advanced Biomaterials and 4D Printing Gaining Attention from Investors

6.1 Growing Opioid Crisis Presenting Strategy Opportunity for Growth

6.2 Growing Incidence of Lifestyle Diseases as Key Market Driver

6.3 Pharma and Data Companies Interested in Bioelectronics Research

6.4 Elimination of Drug Side Effects as a Major Market Driver

7.1 Future of Prosthetics—Life-like and Mind-controlled Bionics

7.2 IP Activity Driven by Sensors, Neuroscience, and Materials Research

7.3 North America—Technology Hub for Functional Prosthetic Devices

7.4 Advanced Sensing, High-performance Batteries, and AI to Fuel Next-gen Design

8.1 Cancer Detection is a Major Market Segment for LoC Devices

8.2 Asia Tops in Intensity of IP Creation after North America

8.3 Europe Houses Major Market Leaders

8.4 Precision & Affordability are Critical for Market Growth

9.1 Medical Holography Enables Advanced Visualization and Planning

9.2 IP Activity is Driven by Innovations in Holographic Microscopes, Acoustic Systems, and Display Panels

9.3 Holography has Opened Possibilities to View and Analyze Internal Organs

9.4 SMEs Aim to Make an Impact on the Rapidly Growing Medical Holography Market

10.1 Clinical Applications of Combination Products Drive Market Adoption

10.2 Participation of Pharma Companies Reflected in a Strong IP Pipeline

10.3 North America Accounts for Majority of Global Market Share

10.4 Private Investments Drive Technology Innovation and Market Growth

11.1 Digital Pathology Promises Value Addition Through Automated Diagnoses, Remote Consultations

11.2 Asia-Pacific is Driving Innovation Through Medical Imaging Companies Located in this Region

11.3 Digital Pathology Caters to Clinical and Pre-clinical Applications

11.4 Startups as the Engines of Digital Pathology Innovation

12.1 Growth Driven by Demand for Precision and Better Surgical Outcomes

12.2 IP Activity Driven by 3D Imaging and Advanced Analytics

12.3 Applications Increasing Enormously Owing to Advances in Medical Imaging

12.4 Innovators Focusing on High Precision and Diversity in Applications

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