Anastasia Bystritskaya, Sr. Global Life Science Market Analyst at Thermo Fisher Scientific
We are entering an era where aging is no longer seen as a passive decline, but as a dynamic, measurable, and critically modifiable…
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The Persistent Sepsis Crisis
For years, the approach to sepsis in acute care settings has followed the same playbook: early warning alerts and standardized care protocols. Healthcare facilities worldwide have invested heavily in these systems,…
How to Keep Medical and IoT Devices Secure in Healthcare
During the pandemic, many healthcare workloads became remote, and organizations were forced to extend their networks, increasing health systems’ attack surface. Some of the workloads…
It’s a common refrain in hospitals, health systems and other enterprises: As technology increases in popularity and usefulness, the sprawl that ensues makes management and governance more difficult. In that sense, artificial intelligence tools…
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Introduction
As artificial intelligence becomes increasingly embedded in healthcare operations, health systems face a critical strategic decision: Should they rely on ambient documentation tools bundled with their electronic health records, or invest in more powerful…
Introduction
Healthcare systems nationwide are embracing artificial intelligence to address physician burnout and improve clinical workflows. UChicago Medicine recently pioneered an innovative approach by adapting ambient AI documentation technology specifically for emergency department environments, revealing…
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Colorectal cancer recurrence remains a major challenge after curative resection, and accurate tools for early risk assessment are essential to stratify patients and guide personalized therapeutic planning. We developed MPMRecNet, a dual-stream deep learning…
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Patients with clear cell renal cell carcinoma (ccRCC) face a high risk of recurrence after surgery, but existing clinical tools based on clinicopathological factors or costly molecular profiling often lack precision and clinical feasibility….
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Microsoft Copilot+ PCs — Windows devices equipped with neural processing units (NPUs) — are transforming how healthcare organizations manage diagnostics, documentation and administration.With artificial intelligence (AI) running directly on the device, clinicians can process…
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Rare diseases affect over 300 million people worldwide and pose unique research challenges. In silico approaches, such as mechanistic models, machine learning, and simulations, offer scalable tools for disease characterisation, drug discovery, and virtual…
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