MedicalCooling News
MedicalCooling intelligence
News
Material updates in evidence, clinical development, regulation, reimbursement, patents, technology, funding and partnerships that can change AIRCHILL strategy.
AIRCHILL remains a development-stage medical technology with no CE mark and no FDA clearance. News items distinguish external evidence and market developments from AIRCHILL-specific claims and explain what each development means for the development programme.
Latest updates
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Technology and IP watch: intranasal cooling, BrainCool/ZOLL, corpuls and liquid ventilation
Recent competitor, patent and platform developments sharpen AIRCHILL’s differentiation around early respiratory cooling, integrated ventilation and EMS interoperability.
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Funding and partnership opportunities: MEDICA, accelerators, G-BA and international programmes
Time-sensitive 2026 opportunities include MEDICA competitions, MedTech accelerators, German innovation funding, EU programmes and clinical-networking routes.
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Market access 2026: Germany, EU HTA, NHS value-based procurement and US reimbursement windows
Several 2026 policy and reimbursement changes could materially shape AIRCHILL evidence generation, from German emergency-care reform and G-BA funding to EU HTA consultation and NHS value-based procurement.
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FDA temperature-management recalls: design lessons for AIRCHILL risk management
FDA Class II recalls affecting Blanketrol II and CoolBlue highlight failure-mode, alarm and fail-safe requirements for future temperature-management systems.
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Heatstroke 2026: post-stabilisation hypothermia at 35 °C shows no benefit
A 2026 pilot randomized trial found no outcome benefit from maintaining heatstroke patients at 35 °C after initial cooling, while arrhythmias, gastrointestinal injury and shivering treatment increased.
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ICECAP 2026: cooling duration after cardiac arrest does not improve neurological outcome
ICECAP separates cooling duration from cooling timing: longer hypothermia at 33 °C did not improve neurological outcome, strengthening the need to study timing, route and thermal dose as distinct variables.