최신 간행물 – 사물인터넷(IoT) 관련 특허
This week: antibiotics, aztreonam, disulfiram, H. pylori, Payment Authorization, Self-Service, Contactless Payment, Tokenization, Bifidobacterium, freeze-drying, pH regulation, biotechnology, IoT, inverter
생체의학 센서
Biomedical sensors are advanced devices designed to detect and measure physiological signals from the human body, enabling real-time monitoring of health conditions. These sensors integrate cutting-edge technologies to facilitate early diagnosis, treatment, and management of diseases, contributing significantly to personalized medicine. Their applications range from wearable health trackers to implantable devices, enhancing the efficacy of medical research and improving patient outcomes.
최신 논문 – 인간 능력 향상 관련 특허
This week: genetic engineering, Brassica napus, male sterility, BnOPR3 gene, lipid production, microbial culture, genetic engineering, bioprocess engineering, exoskeletons, power
최신 출판물 – 미세유체 관련 특허
This week: Microreactor, Turbomachinery, Heat-rejection, Brayton cycle, microfluidics, addressable systems, fluid flow, valves, Graphene, dispersion, microchannels, homogeniser, Heatsink, microchannels, fluidic
최신 출판물 – 신호 처리 관련 특허
This week: Myocardial Performance Index, Noninvasive Devices, Signal Processing, Cardiac Performance, multi-sensor probes, analog signal paths, adjustable gain, digital processing,
현대 기술의 문신: 웨어러블 기술이 신체 예술을 어떻게 향상시키는가
Did you know nearly 40% of millennials sport a tattoo? The Pew Research Center revealed this. Tattoos have been meaningful
신경 공학: 뇌와 외부 세계를 연결하다
Neural engineering is a field where neuroscience meets engineering. It aims to create technologies that communicate or improve brain function.
뇌-컴퓨터 인터페이스: 차세대 제6감
Can brain-computer interfaces give us a new sense, like ESP, and change our future abilities? Sitting at the crossroads of
Neural engineering research and applications – Update 2026
Did you know that in 2025, biotechnology research funding is expected to hit $9,137 million? This huge investment shows the