In Other News

• Multimodal Platform to Combine Blood and Imaging Biomarkers for Lung Nodule Assessment

• 3D Printing Method Could Enable More Flexible Cardiovascular Implants

• Total-Body PET/CT Scanner Enables One-Minute Diagnostic-Quality Cancer Imaging

• FDA Approves Bioabsorbable Patch Technology for Large-Bore Vascular Closure

• Targeted PET/CT Predicts Early Treatment Response in HER2-Positive Breast Cancer

• Robotic Approach Enables Minimally Invasive Repair of Hard-to-Reach Abdominal Hernias

• Targeted Radiotherapy Before Surgery Improves Control of Kidney Cancer Thrombus

• AI Tool Improves Smartphone Detection of Abnormal Pediatric Lung Sounds

• Smart Pulse Oximetry Supports Earlier Recognition of Arrhythmias and Respiratory Risk

• AI Tool Detects Coronary Heart Disease from Face and Tongue Images

• New Ultrasonic Surgical Platform Adds Control for Bone and Soft Tissue Removal

• Expanding Screening and Biomarker Testing Drive Cancer Diagnostics Market Growth

• AI Tool Detects Coronary Heart Disease from Face and Tongue Images

• Steris to Expand Surgical Safety Portfolio With $2.1 Billion Xodus Medical Deal

• Stryker Enters Soft-Tissue Robotics Through Strategic Alliance With CMR Surgical

• Amyloid and Tau PET Guide Selection and Monitoring of Alzheimer’s Therapy

• Optical Imaging System Helps Predict Chemotherapy Response in Cancer

• New Surgical Technique Enlarges Aortic Root for Larger Valve Implantation

• Proposed Risk Score Prioritizes Sickest Patients for Heart Transplant

• Multimodal Clinical Data Models Predict Cachexia Risk Across Cancers

• AI-Enhanced Optical Imaging System Helps Predict Chemotherapy Response in Cancer

• MRI Tool Analysis Identifies Vascular Differences in Cerebral Small Vessel Disease

• Wearable Robotic Gait Training Linked to Improved Walking Distance in ALS