Discover how PANI|In2O3 composite sensors detect diclofenac sodium in water through indirect electrochemical detection methods.
Discover how electrochemical sensors with nanomaterials are transforming vitamin B6 detection for personalized nutrition and pharmaceutical quality control.
Explore how functionalized multi-walled carbon nanotubes combined with iron phthalocyanine create a revolutionary electrochemical sensor for isoniazid detection in tuberculosis treatment.
Discover how CdS-modified carbon paste electrodes revolutionize rafoxanide detection in veterinary medicine and food safety
Discover how a groundbreaking electrochemical sensor using PANI-Cerium Oxide nanoparticles can simultaneously detect two common blood pressure drugs with incredible accuracy.
Discover how silicon-carbon electrodes enable precise detection of indigo carmine food dye through electrochemical analysis, ensuring food safety and regulatory compliance.
Advanced electrochemical sensor using ruthenium nanoparticles on reduced graphene oxide for detecting pharmaceutical contaminants in water
Discover how a modified pencil graphite electrode using poly-nicotinic acid can simultaneously detect adenine and adenosine for medical diagnostics.
Explore how nickel nanoparticles and multilayered graphene nanoshells create advanced electrochemical sensors for detecting free chlorine in water systems.
Revolutionary electrochemical sensor using silica nanochannels and β-cyclodextrin-functionalized graphene for sensitive acetaminophen detection