1.1 Scope of the Research

1.2 Research Methodology

1.2 Research Methodology (continued)

1.3 Key Findings

2.1 Growing Popularity of Minimally Invasive Surgery Fuelling Interventional Radiology Innovations

2.2 Interventional Radiology Segmentation by Application

2.3 Interventional Radiology Segmentation by Technology

2.4 Industry Trends Shaping the Interventional Radiology Research and Market

2.5 Interventional Oncology Driving the Interventional Radiology Market for Cancer

3.1 Real-time MRI-guided Transurethral Prostate Tissue Ablation System

3.2 Advanced Image-guided Interventions for Tumor Ablation

3.3 CT-based Image Guidance for Interventional Procedures

3.4 Targeted Biopsies Using Advanced Image Guidance

3.5 MRI-guided Ablation for Brain Tumors

3.6 Ultrasound-guided Radiofrequency Ablation of Uterine Fibroid

3.7.1 Interventional Radiology Research Has Received More than $127M in Public Funding in the US

3.7.2 Interventional Oncology Receiving Highest Public Funding for its Research

3.7.3 Notable Publically Funded Projects in Interventional Radiology Space

4.1.1 Artificial Intelligence Improving Diagnosis in Interventional Radiology

4.1.2 Real Time, Internal Anatomical View During Intervention

4.1.3 Roadmap of Integration of Extended Reality Spectrum in Interventional Radiology

4.1.4 Augmented Reality for Better Guidance During Interventional Procedures

4.1.5 Use of Novel Augmented Reality Applications for Image-guided Minimally Invasive Therapies

4.2 Growth Opportunities—Patient Centric, Patient Specific, and Cost-effective Imaging Redefining Future of Interventional Radiology

4.3 Strategic Imperatives for the Future of the Interventional Radiology Industry

5.1 IP Activity of Interventional Radiology Technology

5.2 Key Recent Patents to Check

5.2 Key Recent Patents to Check (continued)

4.1 Key Industry Contacts

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