Printing solutions for sensing problems

A Novel 3D-Printed Flow Cell Design for In Operando Disposable Printed Electrode Replacement: Improving Continuous Methylene Blue Determination

Flexible Inkjet-Printed pH Sensors for Application in Organ-on-a-Chip Biomedical Testing

Modification of inkjet printed graphene electrode surface by intense pulsed light for improved voltammetric sensing and biosensing

Optimization of pH sensitive polymeric coatings on flexible printed electrodes for biomedical sensing purposes

Effect of electrode substrate material on Methylene Blue adsorption and electrochemical determination

Elektrokemijska karakterizacija metilenskog modrila

FULLY PRINTED MODULARIZED MICROFLUIDIC SETUP FOR IN SITU ANALYTICAL MONITORING BASED ON ELECTROCHEMICAL DETECTION OF METHYLENE BLUE

Scalable development of flexible amperometric biosensors by inkjet printing and intense pulsed light

Fully inkjet-printed flexible graphene–Prussian Blue platform for electrochemical biosensing

Intense pulsed light for split-second micro- and nano-structuring of printed flexible electroanalytical devices

Electrochemical Detection of Azithromycin on Inkjet Printed and Intense Pulsed Light Treated Flexible Graphene Electrodes

Using Printed Electronics Technologies for Mass Production of Solid-state Ion-selective Electrodes

Elektrokemijska karakterizacija slojeva berlinskog modrila na ugljičnim elektrodama

Flexible ammonium ion-selective electrode based on inkjet-printed graphene solid contact

Evaluation of Prussian Blue Deposition methods on carbon-based substrates for use in printed lactate biosensors

Flexible ammonium ion-selective electrode based on inkjet-printed graphene solid contact

FABRICATION OF AN INKJET-PRINTED ELECTROCHEMICAL AZITHROMYCIN SENSOR USING INTENSE PULSED LIGHT

SCALABLE FABRICATION OF POTENTIOMETRIC SENSORS: TOWARDS FULLY PRINTED ION-SELECTIVE ELECTRODES

Inkjet printed electrochemical sensors

Fully Inkjet Printed Graphene-Prussian Blue Platform for Biosensing Applications

Characterization of chemically deposited Prussian Blue layers on carbon electrodes

Development of an inkjet-printed Prussian Blue based lactate biosensor

THE EFFECT OF DEPOSITION METHOD AND ELECTRODE MATERIAL ON DEPOSITED PRUSSIAN BLUE AS ARTIFICIAL PEROXIDASE

Solid-contact ion-selective electrodes on printed substrates

INKJET PRINTING OF NANOPARTICLE-BASED CONDUCTIVE INKS TOWARDS ELECTROCHEMICAL SENSORS

Određivanje analitičkih značajki čvrstofazne amonij-selektivne elektrode

Razvoj ionsko selektivnih elektroda bez unutarnjeg elektrolita na bazi ugljikovih nanocjevčica

All-Solid-State Flexible Ammonium-Selective Electrode Based on Inkjet Printed Graphene Solid Contact

Avenue to Facile Medium-Scale Production of Graphene Quantum Dots and Graphene Nanosheets

Primjena ugljikovih nanocjevčica u izradi ion-selektivnih elektroda bez unutarnjeg elektrolita