Using graphene oxide to rebuild bone tissue
This promising process works by modifying the internal structure of a material, called graphene oxide, to make it more conducive to regenerating bone tissue.
Feb 16th, 2022
Read moreThis promising process works by modifying the internal structure of a material, called graphene oxide, to make it more conducive to regenerating bone tissue.
Feb 16th, 2022
Read moreA pH-sensitive drug delivery system in T cells using C-terminal dendrimers with Phenylalanine.
Feb 16th, 2022
Read moreBreakthrough Starshot plans to send microscopic probes to Alpha Centauri using lightsails. Previous conceptions of these structures have imagined them being passively pushed by light from the sun, but Starshot's laser-based approach requires rethinking the sail's shape and composition so it won't melt or tear during acceleration to relativistic speeds.
Feb 16th, 2022
Read moreA new analysis offers guidance on the size of nanoparticles that could be most effective at stopping internal bleeding.
Feb 16th, 2022
Read moreResearchers use a tiny thermometer to directly monitor changes in temperature when ions pass through a nanopore, which may lead to more efficient DNA sequencing technology.
Feb 16th, 2022
Read moreSimulations have led to the fabrication of a polymer-DNA gel that could be used in tissue regeneration and robotics.
Feb 16th, 2022
Read moreFirst experimental realization of energetic ions driven by intense laser irradiating the world's thinnest and strongest target.
Feb 16th, 2022
Read moreA nanomaterials-engineered penetrating sealer is able to better protect concrete from moisture and salt - the two most damaging factors in crumbling concrete infrastructure in northern states.
Feb 16th, 2022
Read moreResearchers report the preparation of a moisture sensitive graphene oxide soft robot by combining direct ink writing and constrained drying. To do so, they realized a uniform 3D macrostructure with graphene oxide nanosheets highly aligned and compacted inside.
Feb 16th, 2022
Read moreNovel findings have been published about the development of a new metastable-phase synthesis method, which can drastically improve the physical properties of various materials.
Feb 15th, 2022
Read moreResearchers were able to greatly reduce tumors in a preclinical model of a rare genetic lung disease.
Feb 15th, 2022
Read moreCreating a sponge-like hole structure on the nanometre scale that allows small molecules to pass through, record-breaking chemical reactivity was achieved.
Feb 15th, 2022
Read moreResearchers have succeeded in developing a simple hydrocarbon molecule with a logic gate function, similar to that in transistors, in a single molecule. The discovery could make electric components on a molecular scale possible in the future.
Feb 15th, 2022
Read moreEngineers have developed a new technique for making wearable sensors that enables medical researchers to prototype test new designs much faster and at a far lower cost than existing methods.
Feb 15th, 2022
Read moreResearchers have devised a revolutionary new technique for measuring the microscopic elasticity of materials for the first time. Known as SRAS, the technology works by measuring the speed of sound across the material's surface.
Feb 15th, 2022
Read moreA new paper assesses the promise of sweat-poered, wearable microbial fuel cells as an autonomous power suppliers for e-skins.
Feb 15th, 2022
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