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3D printing gives hope for corneal repair
Empa researchers design a biocompatible 3D-printed corneal implant that could restore sight without donor tissue.
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Biodegradable stent improves vessel healing
A new coated stent from Fraunhofer IAP aims to lower thrombosis risk and support natural blood vessel repair.
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MRI reveals early signs of frontotemporal dementia
A new MRI technique detects microstructural brain changes before symptoms of frontotemporal dementia appear.
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Smartlets: Microrobots move and communicate in Water
Chemnitz University smartlets show autonomous movement and communication in water, with potential uses in medicine and environmental monitoring.
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Faster laser structuring with optical stamping
Fraunhofer ILT and RWTH Aachen have developed optical stamping, a laser-based method for ultra-fast, precise microstructuring in a single pulse.
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Stuttgart group studies soft robotics materials
At the University of Stuttgart, researchers explore viscoelastic polymers for soft robots, with future use in medicine, industry, and safety equipment.
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Nanocoil device for portable DNA sequencing
Osaka researchers present a nanodevice that unzips DNA with minimal energy, supporting accurate sequencing and personalized medicine.
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Hand exoskeletons aid stroke and injury recovery
Fraunhofer develops custom 3D-printed hand exoskeletons to support patient rehabilitation and relieve therapists in daily clinical care.
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3D printing advances inhaler drug delivery
Kiel University develops 3D-printed carrier particles that enhance drug release in dry powder inhalers.
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KAIST creates 3D brain research platform
KAIST developed a precise 3D brain-like platform for studying neuronal networks and testing treatments for neurological diseases.
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HYDROHEAL project advances bone regeneration
HYDROHEAL develops biomaterials using hydrogels and AI to improve bone fracture treatments and speed up patient recovery.
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Far-UVC LEDs fight resistant hospital germs
Ferdinand-Braun-Institut develops far-UVC LEDs to kill multidrug-resistant germs, enabling targeted medical disinfection.
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3D lung model supports aerosol delivery
A new breathing lung model helps researchers evaluate how inhaled medicines behave under real-world conditions, aiding respiratory drug development.
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Quantum biosensor detects biomolecules without light source
EPFL has developed a chip-sized biosensor that uses quantum tunneling to emit and detect light - for ultra-sensitive molecular diagnostics.
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Elastic inks for durable medical smart textiles
DITF researchers develop conductive inks that retain performance under stress.
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Energy-efficient portable pH monitoring
Fraunhofer IPMS developed compact ISFET control electronics, ideal for water analysis and medical fluid diagnostics.
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QIScope reveals cell activity in low light
The QIScope microscope captures bioluminescent signals in living cells with high sensitivity and resolution, ideal for long-term biological imaging.
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Microneedles improve wound healing
Microneedle technologies developed at NUS speed up diabetic wound healing and reduce inflammation in studies.
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Bioink with fibers boosts nutrient flow in bioprinting
A new fiber-based bioink improves nutrient transport and structural integrity in 3D-printed tissue models for pharma and medical use.
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Edge AI sensors for health and environment
InSeKT develops compact edge AI sensors for real-time applications in medical technology, industrial electronics, and environmental monitoring.
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New virtual application lab for quantum sensing
Fraunhofer IAF has developed a virtual application lab to promote the use of quantum sensors in industry, allowing interactively measurements.
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Method for developing precise sensors
Researchers introduced a new method for creating highly sensitive sensors that could play a crucial role in healthcare monitoring.
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Soft muscles from the printer
Researchers developed soft silicone actuators using 3D printing. These artificial muscles could one day support movement in humans.
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Ultra-sensitive detection method for bacterial spores
Researchers at Umeå University have developed a highly sensitive detection method that could improve food safety and contamination control.
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Thermoelectric materials from the 3D printer
Thermoelectric materials play a crucial role in efficient temperature regulation in electronics and medical applications.
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