Location History:
- Brugherio, IT (1993)
- Milan, IT (1989 - 2000)
Company Filing History:
Years Active: 1989-2000
Title: Innovations by Angelo Manzoni in Electrolyte and Blood Gas Analysis
Introduction
Angelo Manzoni is a notable inventor based in Milan, Italy, recognized for his contributions to the field of clinical chemistry. He holds three patents that focus on methods for calibrating instruments used in measuring electrolytes and analyzing blood gases. His work has significantly advanced the accuracy and reliability of medical diagnostics.
Latest Patents
Manzoni's latest patents include a method for calibrating an instrument for measuring electrolytes and a method for calibrating an instrument for the analysis of blood gases. The first patent describes a calibration process that utilizes buffered solutions containing known concentrations of electrolytes and metabolites. This method ensures precise determination of pH, pO2, and pCO2 in biological fluids. The second patent outlines a formulation of combined-composition electrolyte and pH buffers designed for standardization solutions in analyzers that employ multiple ion-selective electrodes. This innovation addresses the challenges posed by incomplete dissociation of salts and aims to minimize errors in clinical measurements.
Career Highlights
Throughout his career, Angelo Manzoni has worked with prominent companies such as Instrumentation Laboratory S.p.A. and Fisher Scientific Company, LLC. His experience in these organizations has allowed him to refine his expertise in instrument calibration and clinical analysis.
Collaborations
Manzoni has collaborated with notable colleagues, including Roberto Daglio and Dario Frontini. These partnerships have contributed to the development of innovative solutions in the field of clinical chemistry.
Conclusion
Angelo Manzoni's work in the calibration of instruments for measuring electrolytes and analyzing blood gases has made a significant impact on medical diagnostics. His patents reflect a commitment to improving the accuracy of clinical measurements, ultimately benefiting patient care.