Dados do Resumo

Título

Implementation of an Automatic Vital Signs Migration System in an oncology surgical center.

Introdução

Vital signs monitoring is crucial in anesthesiology to ensure patient homeostasis during surgery. The Federal Council of Medicine mandates documentation of basic and advanced monitoring at specific intervals. Advanced systems provide more detailed hemodynamic data. Automated systems are needed to improve accuracy and timeliness, as studies show errors and delays in manual data entry. This study focuses on implementing an automatic vital signs migration system in a surgical oncology center.

Objetivo

Document and analyze the initial implementation of an automatic vital signs migration system in a surgical oncology center.

Métodos

This is a case study that aims to document and analyze the initial implementation of an automatic vital signs migration system in an oncology surgical center. To achieve this objective, a detailed methodology will be followed as described.
The process involved selecting a commercial system compatible with the center’s operational requirements, ensuring secure and continuous data transmission. The medical team, including anesthesiologists, nurses, and technicians, was trained prior to implementation. A pilot phase followed, with continuous monitoring to assess performance and address any issues. Direct observation was conducted to ensure system accuracy and evaluate team responses. Results were discussed regarding the benefits, challenges, and recommendations for future implementations, focusing on improving patient care quality and operational efficiency in the surgical setting.

Resultados

This case study documents the initial implementation of an automatic vital signs migration system in a surgical oncology center using the Tasy system. Vital signs were automatically imported every 5 minutes in the OR and all measurements in the PACU, without manual validation. The process involved infrastructure assessment, system configuration, and post-implementation monitoring. Training was provided to the medical staff, and continuous monitoring ensured system performance. The integration improved care quality, operational efficiency, and data accuracy. Challenges like network disconnections and technical adjustments were addressed in real-time. Daily feedback from the nursing team helped maintain system functionality. Recommendations for future implementations include thorough network evaluation, extensive training, and continuous monitoring.

Conclusões

In conclusion, the implementation of the automatic vital signs migration system in the oncology surgical center proved to be an effective approach to improving patient care quality and operational efficiency, despite initial challenges related to network infrastructure.

Palavras Chave

Surgical Oncology; Oncology Nursing;