A new nano-catalyst filter, developed by KIST, can remove 100% of particle substances in cigarette smoke, converting them into water vapor and carbon dioxide. The air cleaning equipment based on the catalyst can purify over 80% of cigarette smoke within 30 minutes and 100% within 1 hour in a 30 square meter smoking room.
Scientists have identified a novel mechanism of memory loss in Alzheimer's disease and propose new therapeutic targets, including the production and release mechanisms of GABA in reactive astrocytes. A MAO-B inhibitor showed promise in treating Alzheimer's disease model mice for a short time.
A domestic research team created a carbon material without artificial defects, maintaining graphene's characteristics, and developed a simpler production process. The new method can mass-produce high-quality graphene substitutes for solar cells and semiconductor chips.
A new method combining 3D printing and thermal reflow treatment creates tactile objects with detailed lines and curves, making books and teaching materials more accessible to the visually impaired. The technology reduces production time from months to hours, using eco-friendly and durable materials.
Researchers at KIST developed a 64-bit, non-volatile memory cell array using flexible and twistable carbon nano material and organo-polymer compound. The 1D-1R architecture enables accurate data storage and retrieval in a curved state.
Researchers at KIST developed a biodegradable magnesium alloy that can be used in orthopedics and plastic surgery. The alloy has been approved for clinical testing and is expected to reshape the landscape in fracture treatment.