Biomarker– tag –
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ARPA-H-Funded COSMIC Team Develops Closed-Loop Tear Biosensor System for Real-Time Drug Delivery and Disease Monitoring; Faces Complex FDA Path as a Combination Product
Eye Care Network - Ophthalmology Times USA Overview The ARPA-H-funded COSMIC team, led by Dr. Dipanjan Pan at Penn State University, is conducting early-stage research on a closed-loop tear biosensor system. This system aims for continuo... -
UMass Chan Medical School Launches PILLAR Project: Remote Monitoring System for Lupus Patients Integrates Wearables and AI to Track Symptoms and Biomarkers
University of Massachusetts Chan Medical School USA Overview The University of Massachusetts Chan Medical School is developing the PILLAR project, a remote patient monitoring (RPM) system to improve care for systemic lupus erythematosus ... -
Advances in Optical Fiber Sensors for Multi-Analyte Biochemical Detection: High Sensitivity, Low Detection Limits, and Real-Time Capabilities for Multi-Gas Monitoring
MDPI Switzerland Overview This paper highlights advancements in optical fiber sensors for multi-analyte biochemical detection. Optical fiber multi-analyte biochemical sensors enable simultaneous detection of multiple biomarkers and prote... -
Noninvasive SERS Immunosensing Revolutionizes Melanoma Monitoring via Integrated Microneedle Sampling and Satellite-Structured Nanozymes
Analytical Chemistry - ACS Publications USA Overview This research reports a noninvasive SERS immunosensing platform for melanoma monitoring, integrating a wearable microneedle (MN) patch with satellite-structured CoFe2O4–Au@Pt nanoparti... -
Rethinking Microfluidic Platform Design: Integrating Sensors, Imaging, and Computation for Enhanced Continuous Organoid-on-a-Chip Monitoring
MDPI Switzerland Overview This article discusses rethinking microfluidic platform design to integrate electrochemical, optical, and physical sensors into organoid-on-a-chip devices, enabling continuous monitoring of pH, dissolved oxygen,... -
Advances in Biosensors: Evolution from Fundamental Principles to AI-Driven Sensing for Personalized Healthcare
IntechOpen Global Overview This chapter introduces wearable biosensors as innovative platforms for collecting physiological and biochemical markers from non-invasive bodily fluids like sweat, saliva, interstitial fluid, and tears. Integr... -
Beyond Glucose: Advancements in Wearable and Implantable Biosensors Enable Continuous Monitoring of Metabolic, Hormonal, and Inflammatory Biomarkers
Frontiers Switzerland Overview This review states that wearable and implantable biosensors are shifting biochemical evaluation from episodic testing to continuous physiological monitoring of metabolic, hormonal, and inflammatory biomarke... -
Hybrid Mechanistic–Machine Learning PK/PD Models Leverage Digital Biomarkers and Remote Monitoring for Deeper Insights from Preclinical to Clinic
Frontiers Switzerland Overview This review highlights the rapid growth of digital biomarkers and remote monitoring technologies, enabling continuous measurement of physiological and behavioral endpoints. It covers both preclinical digita... -
Smartwatch-Derived Digital Biomarkers Predict Pace of Biological Aging: Garmin Device Data Reveals New Insights
MDPI Switzerland Overview A recent study published in MDPI demonstrates that smartwatch-derived digital biomarkers from Garmin wearable devices are strongly associated with the pace of biological aging in community-dwelling older adults.... -
Elastic Substrates and Nanomaterials Enable Seamless Bio-Interfaces: Wearable and Implantable Sensors Revolutionize Continuous Physiological Monitoring
ResearchGate Germany Overview Advances in skin-attachable and implantable sensor technologies are dramatically transforming continuous physiological monitoring, driven by innovative interface architectures like elastic substrates, functi...
