Strategic Intelligence for Medical Devices & Surgical Innovation
Accelerate device commercialization and navigate global regulatory pathways with executive-level insights into clinical, competitive, and manufacturing dynamics.
12 Articles in Medical Devices and Surgical Technologies
Digital Twins in Surgery: Clinical Applications, Enabling Tech and Market Outlook
The surgical field is entering a new phase characterized by precision, minimally invasive techniques and predictive, data-informed decision-making. Digital twins, dynamic virtual representations of patients, surgical settings or complete health care systems, are swiftly changing the methods used for surgical planning, training and intraoperative assistance.
Wearable Bioelectronic Patches for Chronic Disease Monitoring
For decades, the healthcare system has been dependent on periodic checkups and hospital visits to detect and treat illnesses. Today, however, medicine is evolving beyond the clinic, moving directly onto the patient’s skin.
Robotic Process Automation in Healthcare Claims Management
The healthcare claims management landscape is rapidly evolving with the widespread adoption of robotic process automation (RPA). This rapid growth reflects the industry's increasing need for efficiency, accuracy and cost-effectiveness to meet the complexity of claims processing.
Hospital Stretchers Market
Introduction
Bioprinting for Kidney Disease
Renal Diseases Prevalence
Soft-Tissue Robotic Systems for Surgery Market
Revolution in Surgery: Growing Adoption of Soft-Tissue Robotic Systems in Healthcare
AI-Enhanced Low-Cost Stethoscope: Solution for Early Detection of Cardiopulmonary Diseases
AI-Enhanced Low-Cost Stethoscopes: Revolutionizing Cardiopulmonary Diagnostics
Global Initiatives on AMR (Antimicrobial Resistance): What It Means for Pharma Pipelines and Future Markets?
The phenomenon of antimicrobial resistance (AMR) poses a significant threat to human health. It has been weakening the effectiveness of medicine over the past few years, posing a serious challenge to both human and animal healthcare systems.
Ultra-Low Power Edge AI Chips for Medical IoT Devices: A Call to Build What’s Next
The need for more intelligent and effective devices is greater than ever in the quickly changing field of medical technology, particularly in the Internet of Medical Things (IoMT) space. Medical IoT devices can now run sophisticated AI algorithms locally without depleting battery life—thanks to ultra-low power edge AI processors, which are becoming an essential enabler of this capability.
Voice-Enabled Virtual Health Assistants in Patient Engagement
Voice-enabled virtual health assistants combine speech interfaces and AI to streamline access, self-management and routine clinical workflows. These are not only digital devices; they are the front-runners in delivering personalized, on-demand patient care, making healthcare more accessible, intuitive and efficient than ever before.
