Research Articles
The Molecular Sherlock Holmes: Catching a Hidden Clue in Our Bloodstream
Discover how a revolutionary copper-based sensor detects histidine in blood with unprecedented accuracy and near-zero power consumption.
The Molecular Detective: How a Blood Protein and a Kitchen Ingredient Can Sniff Out a Super-Nutrient
Discover how scientists use hemoglobin and polysorbate-20 to detect kaempferol, a powerful antioxidant, with cutting-edge electroanalysis technology.
The Chameleon Catalyst: How a Wonder Material Learns to Listen to Enzymes
Discover how metallic MoS2 monolayers transform into responsive biosensors that monitor enzymatic reactions in real-time through hydrogen evolution electrocatalysis.
The Invisible Messenger: Catching a Whisper in the Torrent of Blood
Discover how nanotechnology is revolutionizing the detection of noradrenaline in human blood with a breakthrough sensor made from gold nanoparticles and silica nanochannels.
The Tiny Trap: How Quantum Dots and a Mini Well are Revolutionizing Histidine Detection
Discover how graphene quantum dots and wettable well electrodes are transforming histidine detection for medical diagnostics.
Catching a Cancer Clue: A Molecular Sherlock Holmes in a Drop of Blood
Discover how phosphorothioated RNA aptamers enable picomolar detection of urokinase plasminogen activator for early cancer diagnosis
The Tiny Lab-on-a-Chip: How Clay and Copper are Revolutionizing Pollution Detection
Discover how clay-modified copper-plated electrodes are transforming environmental monitoring through advanced electroanalysis technology.
Measuring Antioxidant Power: A Tiny Electrode Revolutionizing Health Science
Discover how electrogenerated iodine at disposable screen-printed electrodes provides rapid, inexpensive antioxidant measurement for food quality control and clinical diagnostics.
The Nighttime Detective: How Nanotechnology Revolutionizes Sleep Hormone Tracking
Discover how nanotechnology is transforming the detection of melatonin, the sleep hormone, with unprecedented sensitivity and selectivity using advanced composite materials.
The Vitamin Detective: A Nano-Sleuth for a Crucial Molecule
Discover how scientists use modified carbon paste electrodes to detect Vitamin A with unprecedented precision in this engaging scientific exploration.