Novel Use of Google Glass for Procedural Wireless Vital Sign Monitoring

Cara A. Liebert, Mohamed A. Zayed, Oliver Aalami, Jennifer Tran, James N. Lau

Research output: Contribution to journalArticle

21 Scopus citations

Abstract

Purpose. This study investigates the feasibility and potential utility of head-mounted displays for real-time wireless vital sign monitoring during surgical procedures. Methods. In this randomized controlled pilot study, surgery residents (n = 14) performed simulated bedside procedures with traditional vital sign monitors and were randomized to addition of vital sign streaming to Google Glass. Time to recognition of preprogrammed vital sign deterioration and frequency of traditional monitor use was recorded. User feedback was collected by electronic survey. Results. The experimental group spent 90% less time looking away from the procedural field to view traditional monitors during bronchoscopy (P =.003), and recognized critical desaturation 8.8 seconds earlier; the experimental group spent 71% (P =.01) less time looking away from the procedural field during thoracostomy, and recognized hypotension 10.5 seconds earlier. Trends toward earlier recognition of deterioration did not reach statistical significance. The majority of participants agreed that Google Glass increases situational awareness (64%), is helpful in monitoring vitals (86%), is easy to use (93%), and has potential to improve patient safety (85%). Conclusion. In this early feasibility study, use of streaming to Google Glass significantly decreased time looking away from procedural fields and resulted in a nonsignificant trend toward earlier recognition of vital sign deterioration. Vital sign streaming with Google Glass or similar platforms is feasible and may enhance procedural situational awareness.

Original languageEnglish
Pages (from-to)366-373
Number of pages8
JournalSurgical Innovation
Volume23
Issue number4
DOIs
StatePublished - Aug 1 2016

Keywords

  • biomedical engineering
  • ergonomics
  • human factors study
  • simulation

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