Researchers unveil wireless power for medical implants using near-infrared light
Scientists are using near-infrared light to wirelessly power medical implants, aiming to reduce surgeries and enhance patient comfort.
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Scientists are using near-infrared light to wirelessly power medical implants, aiming to reduce surgeries and enhance patient comfort.
Researchers have developed 'drycells', microdroplets that encapsulate single cells in a powdery shell. This breakthrough enables easy cell picking and has potential to advance tissue engineering and precision medicine.
Researchers explore nanomotors as a biomolecular toolbox to propel precision nanomedicine forward, introducing various propulsion mechanisms to advance diagnostics, drug delivery, and cancer treatments.
The potential of nanotechnology in the development of vaccines for animal infectious diseases is immense and with continued research and development, nanotechnology could revolutionize the field of animal vaccine development, offering more effective strategies in combating animal infectious diseases.
Liquid crystals show promise for innovative biomedical applications like drug delivery, bioimaging, tissue engineering, implantable devices, biosensing, and wearables. The unique properties of these dynamic materials at the interface of solid and liquid could improve human health.
New research reveals that the fundamental processes driven by copper are consistent across both inflammation and cancer metastasis. This newfound understanding of the influence of copper on cellular plasticity may pave the way for innovative therapeutic strategies in the future.
Scientists have developed an unprecedented artificial intelligence-driven tool that can predict the immune responses of human immune cells (specifically peripheral blood mononuclear cells) when they encounter nucleic acid nanoparticles or other therapeutic nucleic acids.
Scientists have designed a novel biocatalyst as an artificial antioxidase to improve stem cell transplantation outcomes and offers an efficient, multifaceted, and robust artificial antioxidase for broad-spectrum ROS scavenging and has the potential to enhance stem cell-related therapies and address various ROS-mediated diseases.