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Teledermatology: Moving bytes not bodies

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Dr Bert Pruim LCDR Steve Pullman. LTCOL Peter Nasveld CAPT Richard Delo ... s.pullman_at_uq.edu.au (07) 3346-4875. SGT Anthony Hopcraft. e-Health / Research ... – PowerPoint PPT presentation

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Title: Teledermatology: Moving bytes not bodies


1
Teledermatology Moving bytes not bodies
  • A study to identify and measure the effects of
    enhanced accessibility to specialist
    consultations for remote Australian military
    populations
  • AMMA Conference, Hobart
  • 17 October 2008

SGT Anthony Hopcraft MeHlth
2
Acknowledgements
  • Firstly, thank you to all of the study
    participants
  • The research staff and the support staff
  • Dr Bert Pruim LCDR Steve Pullman
  • LTCOL Peter Nasveld CAPT Richard Delo
  • LCDR Bob Curtis CAPT Robert Kennedy
  • LTCOL Di Elson FLTLT Michael Clements
  • PROF Cate DEste FLTLT Andrew Pearson
  • PROF Peter Soyer FLGOFF Hamish Crisp
  • A/PROF Susan Treloar Dr Ann-Maree Berrill
  • Dr Ruth McLaughlin Ms Robyn Davies
  • Mr Michael Waller Ms Elaine Gill Nick Duff

3
Introduction
  • Dermatological conditions accounted for 45,272
    years lost to death and disability (DALYs) in
    Australia in 20031
  • Can account for 25 of presentations to primary
    care in ADF2
  • Dermatologist access is pivotal to management of
    complex conditions3
  • Information and Communications Technology (ICT)
    may facilitate access to specialist
    dermatological support
  • Begg, S., Vos, T., Barker, B., Stevenson, C.,
    Stanley, L., Lopez, A. D. (2007). The burden of
    disease and injury in Australia 2003 (Vol. PHE
    82). Canberra Australian Institute of Health and
    Welfare.
  • Lim, D. S. (2005). Dermatology in the military
    an East Timor study International Journal of
    Dermatology, 44(4), 304311
  • Perednia, D. A. (2002). Foreword. In Oakley A
    Wootton R (Eds.), Teledermatology (pp. xiii-xv).
    London Royal Society of Medicine Press Ltd.

4
Teledermatology a Primer
  • Telemedicine Health information delivery via
    ICT
  • Teledermatology Telemedicine facilitated
    Dermatology
  • Real-time communications (Video Teleconferencing)
    expensive and time-critical
  • Store-and-Forward communications
    economy and convenience

5
Background
  • Lack of equitable access to dermatology in the NT
  • Progressive thoughts
  • Use of technology
  • to fill this void
  • Moving bytes
  • not bodies
  • Saw an opportunity
  • in an identified area of need
  • Darwin
  • Pilot Study

6
Research Question
  • Does Store-and-forward teledermatology
  • increase accessibility to specialist support
  • reduce the time to a definitive diagnosis
  • for
  • remote Australian military populations?

7
Literature Review
  • Store-and-Forward Teledermatology could
  • Treat 80 of subjects
  • Avoid 49 of face-to-face consultations
  • Intervene in 20 of the usual waiting time
  • However, findings not generalisable to ADF

8
Methods
  • Study Design

9
Materials
Digital Camera
Referral template
Dermatoscope using cross-polarised
non-polarised light
10
Deployment Training
  • Recruitment of clinical champions
  • Appreciation of scope of project
  • Familiarity with technical aspects of equipment
  • Demonstration and practice at dermoscopy
  • Distribution of photographic guides
  • Integration of referral mechanisms with site SOPs

11
Process
1. Examination and image acquisition
(Image used with permission)
12
Process
(Image used with permission)
2. Consented Referral and image(s)

(Image used with permission)
13
Process
3. Email (after 24 hour cooling-off period)
14
Process
4. Telediagnosis (hopefully!)
(Digitally manipulated fictitious image)
(Digitally manipulated fictitious image)

15
Image acquisition
(Image used with permission)
? 1. Examination by Dermatoscope
(Image used with permission)
2. Scouting Image ?
(Image used with permission)
? 3. Dermatoscopic image
16
Results
  • Usage and Efficacy

17
Time to definitive diagnosis
Comparison of conventional treatment with
Teledermatology
18
Case demographics
  • Gender
  • Teledermatology (n18) 72 Males
  • Conventional dermatology (n234) 82 Males
  • Average Age
  • Teledermatology 33 (range 19-53)
  • Conventional dermatology 26 (range 17-58)
  • gt 30 years old
  • Teledermatology 61
  • Conventional dermatology 58
  • Rank (grouped)
  • Teledermatology 61 Other ranks, 22 SNCOs, 17
    Officers
  • Conventional dermatology 58 Other ranks, 23
    SNCOs, 19 Officers

19
Distribution of cases
  • Types of Lesions

20
What worked What didnt?
  • PROs
  • Timely and cost effective
  • Enhanced Clinical Decision Support
  • CME / CPD value
  • CONs
  • De-identification made the system clunky
  • Poor quality of photos delay in diagnosis

21
Lessons learnt
  • Clinician recruitment
  • Quality of clinical photographs
  • De-identification of information
  • There is room for improvement

22
Conclusion
  • This study proved the concept
  • Recommendations
  • We adopt this technology and progress it
  • Further research required
  • Needs engagement from the coalface and
    endorsement by senior consultative groups

23
Want to know more?
  • www.uq.edu.au/cmvh
  • LCDR Steve Pullman
  • e-Health Officer, CMVH
  • s.pullman_at_uq.edu.au
  • (07) 3346-4875
  • SGT Anthony Hopcraft
  • e-Health / Research
  • Conjoint IT Officer, CMVH
  • anthony.hopcraft_at_uq.edu.au

Image courtesy of Department of Dermatology,
Uniformed Services University of Health Sciences
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