Advanced functional membranes based on MOFs, CNTs, and electro-Fenton systems offer promising, customizable solutions for removing complex water pollutants, though challenges in …
This study demonstrates that PEG-functionalized biosensors significantly improve sensitivity and stability of CA-125 detection under microfluidic shear flow, overcoming limitations …
This review critically examines the synthesis, structure, and electrochemical performance of N-G/ZIF-8-derived materials for batteries, supercapacitors, and ORR catalysis, …
This study demonstrates passive hematocrit reduction in whole blood using inertial focusing within a spiral microchannel, enabling efficient plasma separation for self-driven …
This study demonstrates that hydrogen peroxide–induced degradation significantly alters the structure, composition, and ORR performance of N-G/MOF nanocatalysts under …
This study clarifies oxygen reduction reaction mechanisms on N-G/MOF catalysts by systematically interpreting RDE/RRDE voltammetry behavior and electrolyte effects in alkaline and …
This study presents a rapid optical method to quantify hematocrit in flowing microfluidic blood by correlating grayscale intensity of microscope images with red blood cell …
This review comprehensively analyzes nitrogen-doped graphene’s structural, electronic, and catalytic properties, examining synthesis parameters, nitrogen configurations, and …
Advanced nanosensor platforms, particularly graphene FET devices, enable rapid and highly sensitive point-of-care detection of SARS-CoV-2 biomarkers, offering faster alternatives …
This review analyzes passive microfluidic blood plasma self-separation mechanisms in lab-on-a-chip devices, focusing on microchannel geometry, capillary flow, and hydrodynamic …