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Magnetic Nanotech Removes Inflammatory Triggers from Blood

A group of researchers from the Seoul National University Bundang Hospital and UNIST led by Professors Joo Hun Kang and Jinmyoung Joo, along with Professor Jae Hyuk Lee, have developed a novel technology that can eliminate agents that cause inflammation from extracorporeal blood. ....

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Research Unveils New Tech Using Magnetic Nanoclusters for Sepsis

Research Unveils New Tech Using Magnetic Nanoclusters for Sepsis
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Study reveals promising technology for sepsis treatment using functional magnetic nanoclusters

A research team has introduced a novel technology capable of removing inflammation-triggering agents in extracorporeal blood. The team, led by Professors Joo Hun Kang and Jinmyoung Joo in the Department of Biomedical Engineering at UNIST, in collaboration with Professor Jae Hyuk Lee from Seoul National University Bundang Hospital, anticipates that this innovation will open avenues for sepsis treatment by demonstrating excellent therapeutic effects under conditions similar to those of actual patients. ....

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New Study Unveils Phase Synchronization of Fluid-Fluid Interfaces as Hydrodynamically Coupled Oscillators

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New Study Unveils Phase Synchronization of Fluid-Fluid Interfaces as Hydrodynamically Coupled Oscillators
The phenomenon of synchronization is found in many natural and artificial systems, from firefly flashing to the synchronization of two pendulum clocks hanging from a wall.
Hydrodynamic interactions also play a role in synchronized motions of coupled oscillators in fluids. Therefore, understanding the mechanism will facilitate development of applications in fluid mechanics. For example, synchronization phenomenon in two-phase flow will benefit the design of future microfluidic devices, allowing spatiotemporal control of microdroplet generation without additional integration of control elements, according to the research team.
Professor Joonwoo Jeong and his research team in the Department of Physics at UNIST discovered that the system can act as a coupled oscillator, notably showing spontaneous in-phase synchronization of droplet breakup, using a chara ....

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