E-nose Prototype for Pressure Ulcer Analysis in Baja California, Mexico

This report details the advancement made in alcohol sensor testing within the context of an integrated system designed to enhance ulcer detection in the human body. The system has three sensors—alcohol, ammonia, and acetone—with a focus on improving the alcohol sensor’s testing procedures. This report offers a thorough examination of the approaches and methodology established to achieve more accurate and sensitive alcohol detection, even though extensive testing for the ammonia and acetone sensors is still something that needs to be done in the future. The study emphasizes the effective use of testing techniques that produced positive results for alcohol detection. The early detection and monitoring of ulcers in clinical practice may be revolutionized as a result of preliminary studies that point to significant increases in accuracy and sensitivity. This project highlights the potential for sensor integration to revolutionize ulcer diagnoses while also recognizing the need for ongoing research to properly utilize the integrated system’s capabilities. The integration of these sensors offers the possibility of earlier and more accurate ulcer detection, which is a significant advancement in medical diagnostics. This report establishes the groundwork for future developments in this important sector and encourages additional investigation into the potential of sensor integration in medical applications.