July 2026– date –
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Split GFP Fluorescent Biosensors Visualize Real-Time Dynamics of ER-Golgi Membrane Contacts with Super-Resolution Imaging
Research Article UK Overview Researchers have developed gene-encoded fluorescent biosensors utilizing a split GFP/YFP system to specifically label and dynamically observe ER-Golgi membrane contact sites. These advanced probes enable supe... -
Self-Powered Intelligence Drives Personalized Healthcare: Autonomous Monitoring with Wearable and Implantable Sensors
Oxford Academic UK Overview This article discusses the concept of self-powered intelligence in personalized healthcare, emphasizing the synergistic integration of energy harvesting, circuit design, and intelligent algorithms. These techn... -
Modernization of Traditional Chinese Medicine: Chengdu University’s rGO-Based LSPR Optical Biosensor Objectively Evaluates Acupuncture Effects
MDPI Switzerland Overview This review explores the application of optoelectronic and photonic technologies in modernizing Traditional Chinese Medicine (TCM), addressing the lack of objective diagnostic criteria. It highlights a Localized... -
UMass Amherst’s Yingjie Hang Wins ECS Student Research Award for High-Sensitivity POC Diagnostic PLFS Combining Plasmonic Nanoparticles and ML
UMass Amherst USA Overview Yingjie Hang, a PhD graduate from UMass Amherst, won the ECS Sensor Division Student Research Award for her work on enhancing the sensitivity of paper lateral flow test strips (PLFS) for point-of-care (POC) dia... -
Kyoto University’s Yokogawa Lab Pioneers Microphysiological Systems (MPS) Research, Spanning Vascular Biology to Regenerative Medicine
京都大学 Japan Overview Kyoto University's Yokogawa Lab is at the forefront of microphysiological systems (MPS) research, employing advanced micro/nanofabrication to investigate a broad spectrum of disciplines including vascular biology,... -
Quantum-Enhanced Biosensing System Achieves Ultra-Sensitive Early Detection of Alzheimer’s and Parkinson’s Biomarkers at 12.6 fM
Research Article International Overview A new quantum-enhanced biosensing system has been developed for ultra-sensitive detection of Alzheimer's and Parkinson's disease biomarkers (amyloid-β42, phosphorylated tau181, α-synuclein). This h... -
Flinders University Study Reveals AI-Based Sensing Solutions Revolutionizing Food Industry Quality Control and Safety Assurance
Flinders University Australia Overview Flinders University research explores the transformative role of AI-based sensing solutions for real-time quality control and proactive safety assurance in the food industry. It emphasizes the syner... -
Software-Driven Method Improves Detection Limits in Capillary Diagnostic Assays, Reliably Identifying Weak Positive Samples Earlier
Preprints.org International Overview This study proposes a software-driven method utilizing kinetic image analysis and time-resolved signal extraction to improve the detection limits of capillary diagnostic assays (e.g., lateral flow imm... -
Metal-Organic Framework (MOF)-Driven Sensors Achieve Ultra-High Sensitivity of 0.32 pg/mL for Rapid Mycotoxin Detection in Food
ACS Publications USA Overview This review details recent advancements in Metal-Organic Framework (MOF)-driven sensors (MD sensors) for rapid early warning of mycotoxins in food. MD sensors offer advantages such as low cost, ultra-high de... -
Hamilton Unveils Innovative Bioprocess Sensors at Interphex for Real-Time Live Cell Density and CO2 Measurement
BioProcess Insider USA Overview Hamilton announced new in-line sensors for bioprocess monitoring at Interphex, including Incyte Arc for live cell density, Dencytee Arc as an optical density-based total cell density sensor for fermentatio...
