Cork University Hospital Living Lab · 2020. 10. 13. · Cork University Hospital Living Lab Dr Des...

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Transcript of Cork University Hospital Living Lab · 2020. 10. 13. · Cork University Hospital Living Lab Dr Des...

  • Cork University Hospital Living Lab

    Dr Des MurphyConsultant Respiratory Physician CUH

    National Clinical Lead for Respiratory Medicine

    AUTUMN DIGITAL ACADEMY FORUM-INNOVATING WITH DIGITAL HEALTH LIVING LABS

  • Respiratory Rate

    • Number of breaths per minute.

    • Problem;

    – too many

    – too few

    • A Vital sign.

  • NCP/ITS CRS

  • • How do you measure Respiratory Rate?

    • Manually count!

  • RespiraSense – Continuous monitoring of respiratory rate

    • RespiraSense is a wireless wearable continuous respiratory rate (RR) monitor

    • It operates by measuring movements of the chest and abdomen to calculate RR

    • This approach enables Motion Tolerant measurements than produce reliable results to trigger timely action e.g. ABG testing

    • Its can talk remotely to a single display so that Respiratory Compromise patients can be assessed should they decompensate in between intermittent vital sign observations.

  • • RespiraSense use in COVID-19 in Beaumont Hospital.

    • Over 41.6% of EWS scores changed when RespiraSense measurements were used.

    • Manual respiratory rate can impact the accuracy of Early warning Scoring

    • Patients compensating with increased RR can mask signs of respiratory failure e.g. Hypoxia SpO2>92% events

  • • Respiratory Rate, with PaCO2 are strong markers of respiratory compromise, earlier than SpO2 measured desaturation.

    • When respiratory rate was continuously monitored, future events of Hypoxia (>92% SpO2) and Pyrexia (>38 degrees) occurred12 hrs after patients RR elevated past 24 breaths per minute. Manual RR showed no prognostic power.

  • • What about other Respiratory Disease?

    • Also while manual RR may cause problems with EWS, conversely all EWS scores were validated with manual RR.

  • • 20 Beds

    • 4 High Dependancy

    • 8 Centrally monitored

    • 8 side rooms

  • To date…..

    • 49 patients

    • 51% male

    • 53%>65 years

    • Average duration wearing Respirasense=129 hours

    • Diagnosis;

    COPD 17

    Asthma 12

    Pneumonia 14

    PH 3

    Pulmonary Fibrosis 3

    PE 2

    • Ethics submitted

  • Acknowledgements

    • 5B

    • Deirdre Byrne

    • Dr Anne Marie Sweeney

    • PMD/Respirasense

  • Implementation of RespiraSenseHealthcare Professions are a multi-disciplinary team working with IT leads and

    Executives to deliver safe and effective care.

    Transforming healthcare requires a collective and collaborative approach to

    ensure success and realize maximum impact.

    Key preparation

    activities pre-

    launch of

    RespiraSense

    included:

    WhyWe all need a purpose or a ‘Why’ so the team can align and push through

    challenging hurdles.

    WhoHealthcare professionals,

    committees, IT teams, Executives, and patients are part developing the ‘Why’ we embark to Transform Care

    WhatShared goals and a clear definition

    of success ensure there is a destination

  • Secure system with minimum IT overhead

    IT Teams

    - Open Port

    - Establish VNP

    Estates

    - Install Power and PoE Outlets

  • With clear objectives and goals, implementation is swift

    1-day: Site survey to place routers

    1-day: Front Line staff training, and clinical protocol setting

    1-day: go live and ensure follow-on support is available