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Notes for current slide
  • Hi everyone. Thank you for the opportunity to present on: Driving innovation through electronic PROMS in Radiation Oncology routine care

  • This talk describes our experience of using ePROMs routinely over the last 2 1/2 yrs including some EXCITING initiatives these ePROMs allowed us to start

  • I would like to acknowledge the whole time including my co-authors
Notes for next slide
  • The Australian Commission on Safety and Quality in Healthcare definition of PROMs reads:
    Patient-reported outcome measures capture a person's perception of their own health through questionnaires.
  • PROMs have undergone an evolution:
  1. Initially they were a pure research tool and generally captured on paper

  2. Over the last decade research has demonstrated several benefits in clinical practice. However this has required a shift to electronic PROMs.

  3. Broader translation including implementation research to overcome barriers is ongoing


Driving innovation through electronic PROMs in Radiation Oncology routine care

RANZCR ASM 2021

Thilo Schuler1,2, Andrew Kneebone1,3, George Hruby1,3, Rebecca van Gelder1, Julia Hunter1, Blanca Gallego2,4, Thomas Eade1,3

1. NSCC, 2. AIHI, 3. USyd, 4. CBDRH

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  • Hi everyone. Thank you for the opportunity to present on: Driving innovation through electronic PROMS in Radiation Oncology routine care

  • This talk describes our experience of using ePROMs routinely over the last 2 1/2 yrs including some EXCITING initiatives these ePROMs allowed us to start

  • I would like to acknowledge the whole time including my co-authors

Patient-reported Outcome Measures


Patient-reported outcome measures capture a person’s perception of their own health through questionnaires (ACSQHC).

%0 reprex1 Research tool reprex2 Research intervention (ePRO) reprex1->reprex2 reprex3 Routine care translation reprex2->reprex3
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  • The Australian Commission on Safety and Quality in Healthcare definition of PROMs reads:
    Patient-reported outcome measures capture a person's perception of their own health through questionnaires.
  • PROMs have undergone an evolution:
  1. Initially they were a pure research tool and generally captured on paper

  2. Over the last decade research has demonstrated several benefits in clinical practice. However this has required a shift to electronic PROMs.

  3. Broader translation including implementation research to overcome barriers is ongoing

ePRO(M)s

ePRO Benefits

  • Better QoL (symptom control)
  • Better communication
  • Survival benefit (Basch et al, JCO 2016)

ePRO Challenges

  • Complex healthcare workflows
  • Culture & Clinician Buy-in
  • Technology (Integration)

ePRO Opportunities

  • A successful ePRO implementation enables innovative routine care approaches...
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  • Clinical research has repeatedly shown ePRO benefits including:
  1. Better symptoms control and QoL
  2. Improved communication
  3. The seminal RCT by Basch et al showed a survival benefit

  • However routine care translation remains challenging and reasons include:
  1. Complexity of healthcare and its workflows
  2. Cultural and buy-in issues
  3. Integration into existing technology landscape

  • Once ePROs are in place, they offer exciting opportunties to improve care...In the next slide I will present some of the work that ePROs have allowed us to do before sharing our ePRO experience.

ePRO Innovations

Innovative care pathways

Remote toxicity monitoring

  • Trend for hypo#/SBRT with significant side effect peaks after the RT course ➡️ remote ePROs +/- alerts can capture them and trigger actions.

Embedded, pragmatic real-world clinical trials

  • Our ongoing in-house prostate cancer RCT (def. hypo# vs SBRT) has recruited n=188 pts in 2 years
  • Without ePROs this wouldn't have been possible in a small 3 linac department.

Safe, risk-adapted remote follow-up

  • Even before COVID-19 we had started to integrate ePROs into our phone follow-up program
  • We are working on an ePRO-only approach under certain circumstances
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Innovative care pathways

  • In collaboration with Canteen we developed an ePRO-driven referral pathway to their services which increased our referral rates substantially
  • ePROs were critical in sustainably achieving this and I am proud of this work as it has made a real difference for some families affected by cancer
  • Slides and video about this project at this link: https://thiloschuler.me/project/epro-driven-crisp

Remote toxicity monitoring in an era of increasing hypo#/SBRT

  • ePROs combined with clinical alerts are attractive given the recent trend to hypo#/SBRT with acute symptom peaks often happening after the RT course

Embedded, pragmatic real-world clinical trials

  • Our ongoing in-house prostate cancer RCT (def. hypo# vs SBRT) has recruited almost 200 pts in 2 years
  • Without ePROs this wouldn't have been possible in a small 3 linac department.
  • Thus, ePRO are a key enabler of embedded, pragmatic clinical trials

Safe, risk-adapted remote follow-up

  • Even before COVID-19 we had started to integrate ePROs into our phone follow-up program
  • We are working on an ePRO-only approach under certain circumstances to enable safe and risk-adapted follow-up

Clinical GU ePRO team @ NSCC

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  • This is the clinical team behind this effort. Most of you would know Andrew, Tom and George.

  • Julia Hunter is our GU clinical nurse coordiantor and she has played a critical role as as our administrative ePRO team.
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  • this is a screenshot from the in-hous clinical research application.

  • The timeline in the upper part visually displays summary metrics regarding GU and GI toxicity over time: ePRO scores show as little squares and clinician grades as circles.
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This is how an ePRO survey looks to the patient.

REDCap as ePRO Survey Engine

drawing
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  • As mentioned before we use REDCap as the "engine" of the ePRO collection process:
  1. The patient gets onboarded usually before the new patient appointment
  2. REDCap sents SMS or Emal invitation and if needed 1-2 reminders
  3. The patient fills the ePRO suvey on their phone or computer
  4. a) The results get automatically integrated and displayed in the clinical rssearch system
  5. b) If predefined thresholds are breached an email goes to the clinical team
  6. c) The admin team monitors freetext answers and escalates to the clinical team if any concers

Surveys and Frequencies in our GU Practice


Superset of international REQUITE consortium's questionnaire:

  • Baseline (ePRO prior to new patient appointment)
  • Peri-treatment (abridged; weekly ePRO during and in first month post RT)
  • Follow-up (6 monthly ePRO)
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  • We use the pelvic questionnaires from the REQUITE consortium that we have extended with some extra questions. There are 3 survey types:

  1. A Baseline survey is completed prior to the new paient appointment
  2. A weekly Peri-treatment survey , and
  3. A 6monthly Follow-up survey

ePRO Coverage & Completion

Between Jan 2019 - June 2021 (30mo) n=3201 invitations (+/- reminders) for separate ePROs were sent as part of NSCC prostate cancer clinic.

Baseline Peri-treatment Follow-up
Coverage (only for 2019) 85% - -
Completion (Jan 2019 - Jun 2021) 94% (293/311) 91% (1170/1292) 76% (1216/1598)
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  • Between Jan 2019 - June 2021 more than 3000 invitations plus up to 2 reminders if needed were sent as part of our prostate cancer clinic.
  • Coverage defined as the proportion of all new patients that were sent an ePRO invitation was 85%. This was only measured in the first year.

  • Completion rates 94% for the baseline suvey, 91% for the peritreatment survey and 76% for the follow-up survey

  • This diagram shows these compltion rates over time. This is from an interactive dashbaord that is available online for anybody keen. I will share a link at the end. After the next slide I will also give you a glimpse of this the actual dashboard.

ePRO Duration

Baseline Peri-treatment Follow-up
1st Quartile 6.0 min 1.8 min 7.7 min
Median 8.2 min 3.0 min 11.1 min
3rd Quartile 12.7 min 5.1 min 16.1 min
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In terms of ePRO duration: the median time required baseline survey was 8.2 min, the median duration for the peri-treatment survey was 3 min and 11.1 min for the follow-up survey

Conclusion

Routine care ePROs are challenging on multiple levels, but definitely feasible and well worth the effort as they open exciting opportunities to improve the care for our patients.


Thank you
🙏

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Patient-reported Outcome Measures


Patient-reported outcome measures capture a person’s perception of their own health through questionnaires (ACSQHC).

%0 reprex1 Research tool reprex2 Research intervention (ePRO) reprex1->reprex2 reprex3 Routine care translation reprex2->reprex3
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  • The Australian Commission on Safety and Quality in Healthcare definition of PROMs reads:
    Patient-reported outcome measures capture a person's perception of their own health through questionnaires.
  • PROMs have undergone an evolution:
  1. Initially they were a pure research tool and generally captured on paper

  2. Over the last decade research has demonstrated several benefits in clinical practice. However this has required a shift to electronic PROMs.

  3. Broader translation including implementation research to overcome barriers is ongoing
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