Christopher Biagioli

Title: Inventor Spotlight: Christopher Biagioli

Introduction

Christopher Biagioli, an inventive mind based in La Jolla, California, has made significant contributions to the field of medical technology with a focus on medication management. With a total of five patents to his name, Biagioli is dedicated to improving patient care through innovation.

Latest Patents

His most recent patented innovation is the Medication Dose Preparation and Transfer System. This apparatus describes systems, methods, and articles designed to prepare and track medications and their containers throughout the stages of preparation, administration to patients, and proper disposal. It incorporates critical information such as medication type, concentration, and volume, which are associated with the medication containers during preparation. This vital information can be utilized effectively when administering the medicine from the container to a patient, ensuring the highest level of care. Furthermore, the system streamlines the process of tracking the disposal of any remaining medication, enhancing safety and compliance in medical environments.

Career Highlights

Biagioli’s work is grounded in a strong commitment to advancing health care technologies. He is currently employed with Crisi Medical Systems, Inc., where he collaborates with other talented professionals to develop cutting-edge solutions that meet the challenges of modern medicine.

Collaborations

At Crisi Medical Systems, Inc., Christopher Biagioli works alongside experienced colleagues, including Walter John Bochenko and Stephen Michael Prince. These collaborations foster a creative environment where innovative ideas translate into practical applications that can profoundly affect patient outcomes.

Conclusion

Christopher Biagioli exemplifies the spirit of innovation necessary in today's medical landscape. His continued work on improving medication dose preparation and transfer systems positions him as a key contributor to medical technology advancements, with the potential for lasting impact on patient safety and efficiency in healthcare practices.