Looking If Any Correlation Exists Between the Total Antioxidant Capacity and Polyphenol Concentration (Measured Using Two Different Enzyme Sensors) in Several Food or Feed Based Vegetables and Pharmaceutical Integrators. - Mauro Tomassetti; Riccardo Angeloni; Elisabetta Martini; Mauro Castrucci; Luigi Campanella; Maria Pia Sammartino (Sensors, 2016)

Yeast-DMFC Device Using Glucose as Fuel: Analytical and Energetic Applications. Preliminary Results. - Mauro Tomassetti; Emanuele Dell'Aglio; Riccardo Angeloni; Mauro Castrucci; Maria Pia Sammartino; Luigi Campanella (Sensors, 2018)

Direct Methanol (or Ethanol) Fuel Cell as Enzymatic or Non-Enzymatic Device, Used to Check Ethanol in Several Pharmaceutical and Forensic Samples. - Mauro Tomassetti; Riccardo Angeloni; Sergio Marchiandi; Mauro Castrucci; Maria Pia Sammartino; Luigi Campanella (Sensors, 2018)

Direct Catalytic Fuel Cell Device Coupled to Chemometric Methods to Detect Organic Compounds of Pharmaceutical and Biomedical Interest. - Mauro Tomassetti; Federico Marini 001; Riccardo Angeloni; Mauro Castrucci; Luigi Campanella; Corrado Di Natale (Sensors, 2020)

Further Study on Yeast - DCFC Device Development (Part Two). - Mauro Tomassetti; Mauro Castrucci; Emanuele Dell'Aglio; Luigi Campanella; Corrado Di Natale (AISEM, 2021)

Ethanol and Glucose Determination by DCFC Working in Batch or Flow Mode. - Mauro Tomassetti; Mauro Castrucci; Emanuele Dell'Aglio; Luigi Campanella; Riccardo Pezzilli; Corrado Di Natale (AISEM, 2022)

Further Improvements on the Possibility of Carrying Out Alcohols' Qualitative Analyses Using Fuel Cells, of the DCMFC Type, Coupled to Chemometric Analysis. - Mauro Tomassetti; Federico Marini 001; Riccardo Pezzilli; Mauro Castrucci; Corrado Di Natale; Luigi Campanella (AISEM, 2024)

Improvement of Qualitative Analyses of Aliphatic Alcohols Using Direct Catalytic Fuel Cell and Chemometric Analysis Format. - Mauro Tomassetti; Federico Marini 001; Riccardo Pezzilli; Mauro Castrucci; Corrado Di Natale; Luigi Campanella (Sensors, 2024)