Brainomix Launches Award-Winning Next Generation Stroke AI Platform with Novel Net Water Uptake Technology at the International Stroke Conference (ISC)
•February 16, 2026
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Why It Matters
By delivering automated, quantitative NWU insights, the platform enhances decision‑making for severe stroke cases, potentially expanding access to life‑saving therapies and improving outcomes across health systems.
Key Takeaways
- •Red Dot Design Award recognizes platform’s usability and innovation
- •First AI tool to quantify net water uptake on CT
- •NWU metric improves stroke treatment decisions and prognostication
- •Cost-effectiveness study predicts higher thrombolysis rates
- •Five ISC abstracts showcase expanded clinical evidence
Pulse Analysis
Artificial intelligence is reshaping acute stroke care, but most tools focus on detecting large vessel occlusions or estimating core volume. Brainomix’s new net water uptake (NWU) feature pushes the frontier by quantifying tissue edema directly from standard non‑contrast CT, a biomarker increasingly linked to infarct progression and therapeutic windows. This regulatory‑cleared, fully automated metric equips clinicians with granular, patient‑specific data without additional imaging, streamlining triage and potentially widening eligibility for reperfusion therapies.
Beyond its analytical capabilities, the platform’s Red Dot Design Award underscores a growing emphasis on clinician‑friendly interfaces. The award, traditionally reserved for consumer electronics giants, signals that Brainomix has prioritized intuitive navigation, rapid DICOM loading, and seamless integration into existing radiology workflows. Such usability gains reduce training overhead, accelerate adoption in community hospitals, and support consistent, high‑quality imaging interpretation across diverse care settings.
The clinical narrative is reinforced by robust research presented at ISC, where five abstracts—including three Paul Dudley White International Scholar Award winners—highlight cost‑effectiveness, collateral dynamics, and improved detection of stroke mimics. Early economic modeling predicts that widespread adoption could increase thrombolysis and thrombectomy rates, delivering better functional outcomes and measurable monetary savings. For health systems grappling with stroke burden, Brainomix’s next‑gen platform offers a compelling blend of cutting‑edge AI insight, design excellence, and evidence‑driven value proposition.
Brainomix Launches Award-Winning Next Generation Stroke AI Platform with Novel Net Water Uptake Technology at the International Stroke Conference (ISC)
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Brainomix 360 Stroke Next Generation has been awarded the prestigious Red Dot Design Award for excellence in usability and innovation
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An industry-first net water uptake feature unlocks deeper insights into stroke injury that can better inform treatment decisions
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New research will be presented at ISC, with three abstracts recognized by the American Heart Association with the distinguished Paul Dudley White International Scholar Award
OXFORD, England and CHICAGO, USA, Feb 2nd 2026 — Brainomix, a global leader and pioneer of AI-powered imaging tools in stroke and lung fibrosis, announces the launch of its new Brainomix 360 Next Generation platform at the International Stroke Conference (ISC), taking place February 4-6, 2026, in New Orleans at the Ernest N. Morial Convention Center.
The new platform and feature upgrade provides a first-of-its-kind net water uptake (NWU) capability using routine non-contrast CT (NCCT) scans, as well as an award-winning user experience. The company will also present five abstracts, including an oral presentation, highlighting the value and impact of Brainomix 360 Stroke, further strengthening its extensive evidence base.
Brainomix 360 Stroke Next Generation sets a new benchmark for user experience and innovation, having recently been honored with the prestigious Red Dot Design Award. Selected from more than 20,000 submissions spanning 60 countries, Brainomix joins previous recipients that include Apple, Sony and Samsung, with the accolade recognizing excellence in usability, safety and innovative design. With enhanced DICOM viewing capabilities and AI-driven, patient-specific insights, the platform supports streamlined workflows that enable fast, confident and informed decision-making.
Brainomix’s best-in-class AI algorithms now also include an industry-first, regulatory cleared, net water uptake (NWU) feature. Fully automated, the percentage-based NWU output extends Brainomix’s leadership in simple imaging, unlocking expert-level insights from routine non-contrast CT scans to support improved treatment and transfer decisions.
Dr George Harston, Chief Medical and Innovation Officer at Brainomix and Consultant Stroke Physician at Oxford University Hospitals, said: “We are delighted to introduce this latest innovation in stroke AI imaging, building on our expertise in universally available CT imaging. The automated net water uptake output complements Brainomix’s unique ischemic core volume and e-ASPECTS features to provide clinicians across all hospital settings with deeper insights into stroke injury using a routine non-contrast CT scan. Emerging evidence is increasingly highlighting NWU as a vital imaging biomarker to inform treatment decisions and improve prognostication in the most severe strokes. In a world where stroke patients are missing out on effective treatments due to clinical uncertainty, we hope this latest advance can improve the confidence of physicians, even when treating the most severe strokes.”
Three of the abstracts being presented at ISC have received the Paul Dudley White International Scholar Award, recognizing authors of the highest-ranked accepted abstracts from across the world.
Building on Brainomix’s rich academic heritage and extensive global research network, these latest studies include:
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A national cost-effectiveness analysis which showed that widespread adoption of Brainomix 360 Stroke could significantly increase rates of thrombolysis and thrombectomy, delivering improved functional outcomes, better long-term health quality, and a net monetary benefit.
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Validation of the imaging foundation model to automate follow up infarct volume (FIV) segmentation.
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The prospective performance validation of Brainomix 360 Triage LVO.
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The clinical impact of collateral circulation dynamics during inter-hospital transfer.
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A novel approach to enhance the detection of stroke mimics.
More details about these abstracts – including their presentation time and location – can be found here on the Brainomix website.
The post Brainomix Launches Award-Winning Next Generation Stroke AI Platform with Novel Net Water Uptake Technology at the International Stroke Conference (ISC) appeared first on Digital Health Technology News.
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