Alisa Robinson Salibra

Title: Innovations by Alisa Robinson Salibra in Patient Monitoring Technology

Introduction

Alisa Robinson Salibra is an accomplished inventor based in Fayetteville, NY, with a remarkable portfolio of eight patents. Her innovative contributions to medical technology, particularly in the field of patient monitoring systems, have significantly advanced healthcare practices.

Latest Patents

Among her latest inventions, the Modular Monitoring Smart Bed stands out as a pivotal advancement. This patient monitoring system integrates sensors, a patient support assembly, and a gateway device and/or control module. The included sensors, such as physiological sensors, acquire vital patient-related data that informs necessary actions based on the observations.

Another notable patent is focused on noncontact thermometry systems and methods. This innovative method allows for the determination of a patient's temperature without direct contact. By utilizing a temperature measurement device that aligns within a specific range, it can identify temperatures at various locations on the patient, streamlining the process of temperature assessment and enhancing patient comfort.

Career Highlights

Alisa currently works at Welch Allyn, Inc., where her expertise drives the development of cutting-edge medical devices. Her career is marked by a commitment to improving patient care through innovative technology.

Collaborations

Throughout her career, Alisa has collaborated with talented professionals such as Jennifer M. Grant and Matthew David Mullin. These partnerships reflect a collaborative environment fostered at Welch Allyn, which encourages the exchange of ideas and innovations.

Conclusion

Alisa Robinson Salibra's contributions to the field of patient monitoring technology demonstrate her dedication to innovation in healthcare. Her patents, such as the Modular Monitoring Smart Bed and noncontact thermometry methods, enhance patient care and represent significant strides in medical technology. Alisa's work continues to inspire advancements that prioritize patient comfort and safety in clinical settings.