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An exploration of Blockchain and its
applicability to health professional
education, credentialing & research
Disclosures:
Ian Graham MBBS, M Health Planning, Cert. Essential Skills in Medical Education, FRACMA
• Director of Professional Affairs - ANZCA
• Executive Director of Medical Services - East / West Wimmera Health Service
• Consultant - SED Clinical Education Practice and Learning
• Member, Board of Directors - MedBiquitous
• Co-founder and inaugural President - HISA
No other affiliation (financial or otherwise) with any pharmaceutical, medical device, information
technology or communications organisation
Goal: Achieving ‘mutually assured disruption!”
What I like about Blockchain ….
Blockchain • Distributed ledger - avoiding central
management & storage
• Interoperability - connectivity
• Self-sovereignty - user control
• Transparency & provenance -
capacity of parties to transact
• Immutability - permanent, append only
• Trust - confidence in the infrastructure,
privacy & governance
Grech A and Camilleri AF (2017) Blockchain in Education. Inamorato dos Santos, A. (ed.) EUR 28778 EN; European Commission JRC
Science for Policy Report; doi:10.2760/60649
Orcutt M (2018) Blockchain, MIT Technology Review, May/June 2018, pp. 18-23
Blockchain • Recording of every transaction in a
time period
• Recognition of value including non-
financial (e.g. education, information)
• Grouped together in a block
• Blocks ‘chained’ together in
chronological order
• Reminiscent of the base pairs in a
DNA double helix
Funk E, Riddell J, Ankel F, Cabrera D (2018) Blockchain Technology: A Data Framework to Improve Validity, Trust, and
Accountability of Information Exchange in Health Professions Education. Academic Medicine: June 12, 2018 - Volume Publish Ahead of
Print doi: 10.1097/ACM.0000000000002326
What I like about Blockchain ….
• Competency Based Medical Education
(CBME)
xAPI
Undergraduate (Universities)
→ Prevocational training (Hospitals)
→ Vocational training (Colleges)
Blockchain in health professional education
Distributed ledger ◆ Interoperability ◆ Self-sovereignty ◆ Transparency ◆ Immutability ◆ Trust
• Competency Based Medical Education
(CBME)
• Competencies & Learning Outcomes
Australian and New Zealand College of Anaesthetists (2017) Anaesthesia Training Program Curriculum, Updated September, 2017
xAPI
AR_PF 2.2
Describe how the history and culture of
various indigenous populations impacts
upon their current health status,
education and communication
Role: Professional
Assessment: CPRQ, FEx
IT_AM 2.3
Demonstrate assessment of the
Adequacy of ventilation and identify
airway obstruction
Role: Medical Expert
Assessment: M-DOPS
Blockchain in health professional education
Distributed ledger ◆ Interoperability ◆ Self-sovereignty ◆ Transparency ◆ Immutability ◆ Trust
• Competency Based Medical Education
(CBME)
• Competencies & Learning Outcomes
• Workplace Based Assessment
xAPI
Blockchain in health professional education
Distributed ledger ◆ Interoperability ◆ Self-sovereignty ◆ Transparency ◆ Immutability ◆ Trust
Above average
Average
Below average
Funk E, Riddell J, Ankel F, Cabrera D (2018) Blockchain Technology: A Data Framework to Improve Validity, Trust, and
Accountability of Information Exchange in Health Professions Education. Academic Medicine: June 12, 2018 - Volume Publish Ahead of
Print doi: 10.1097/ACM.0000000000002326
• Competency Based Medical Education
(CBME)
• Competencies & Learning Outcomes
• Workplace Based Assessment
• Entrustable Professional Activities
EPA No /
Code:EPA1 – Anaesthesia 1
Title:
Provide safe, efficient and effective anaesthesia and
sedation for ASA I-II patient having low risk surgery with
Level 4 supervision
Description:
This activity involves providing general anaesthesia,
regional anaesthesia and sedation to low risk patients
(ASA I-II) - including emergency patients - for minor or
intermediate complexity surgery. This is a core
anaesthetic skill. It involves integration of knowledge
(pharmacology, physiology, anatomy), technical skills
(airway management, intravascular access), and non-
technical skills (patient and team communication,
collaboration, professionalism).
Knowledge Skills Behaviours
Workplace Based Assessments
Blockchain in health professional education
Distributed ledger ◆ Interoperability ◆ Self-sovereignty ◆ Transparency ◆ Immutability ◆ Trust
ten Cate O, Chen HC, Hoff RG, Peters H,Bok H, van der Schaaf MF (2015) Curriculum development for the workplace using
Entrustable Professional Activities (EPAs); AMEE Guide No. 99. Medical Teacher; 37: 983–1002
• Competency Based Medical Education
(CBME)
• Competencies & Learning Outcomes
• Workplace Based Assessment
• Entrustable Professional Activities
• EHR / monitors / simulators
Big data
Blockchain in health professional education
Distributed ledger ◆ Interoperability ◆ Self-sovereignty ◆ Transparency ◆ Immutability ◆ Trust
Blockchain • Competency Based Medical Education
(CBME)
• Competencies & Learning Outcomes
• Workplace Based Assessment
• Entrustable Professional Activities
• EHR / monitors / simulators
• Experience data (xAPI /Tin Can API)
Actor↓
Verb↓
Noun↓
Context
Marion
administered
Propofol
for colonoscopy
xAPI
Blockchain in health professional education
Distributed ledger ◆ Interoperability ◆ Self-sovereignty ◆ Transparency ◆ Immutability ◆ Trust
• Competency Based Medical Education
(CBME)
• Competencies & Learning Outcomes
• Workplace Based Assessment
• Entrustable Professional Activities
• EHR / monitors / simulators
• Experience data (xAPI /Tin Can API)
• Lifelong portable portfolio
Blockchain in health professional education
Distributed ledger ◆ Interoperability ◆ Self-sovereignty ◆ Transparency ◆ Immutability ◆ Trust
Blockchain in credentialing / scope of practice
Distributed ledger ◆ Interoperability ◆ Self-sovereignty ◆ Transparency ◆ Immutability ◆ Trust
• Verification of identification,
qualifications & certifications
Blockchain in credentialing / scope of practice
Distributed ledger ◆ Interoperability ◆ Self-sovereignty ◆ Transparency ◆ Immutability ◆ Trust
• Verification of identification,
qualifications & certifications
• Documenting clinical / teaching
experience & currency of practice
Blockchain in credentialing / scope of practice
Distributed ledger ◆ Interoperability ◆ Self-sovereignty ◆ Transparency ◆ Immutability ◆ Trust
• Verification of identification,
qualifications & certifications
• Documenting clinical / teaching
experience & currency of practice
• Entrustable Professional Activities
Intercollegiate Collaboration on CBME in Anaesthesia (2018) Draft Entrustable Professional Activities (EPAs), University of Utrecht,
The Netherlands
Blockchain in credentialing / scope of practice
Distributed ledger ◆ Interoperability ◆ Self-sovereignty ◆ Transparency ◆ Immutability ◆ Trust
• Verification of identification,
qualifications & certifications
• Documenting clinical / teaching
experience & currency of practice
• Entrustable Professional Activities
• Managing appointments /
reappointments & scope of practice
Blockchain in credentialing / scope of practice
Distributed ledger ◆ Interoperability ◆ Self-sovereignty ◆ Transparency ◆ Immutability ◆ Trust
• Verification of identification,
qualifications & certifications
• Documenting clinical / teaching
experience & currency of practice
• Entrustable Professional Activities
• Managing appointments /
reappointments & scope of practice
• Measuring performance, documenting
outcomes, peer review and patient
feedback
Quality, Safety and Patient Experience Branch, Victorian Government, Department of Health, Melbourne, Victoria (2011)
Credentialling and defining the scope of clinical practice for medical practitioners in Victorian health services – a policy handbook
Blockchain in credentialing / scope of practice
Distributed ledger ◆ Interoperability ◆ Self-sovereignty ◆ Transparency ◆ Immutability ◆ Trust
• Verification of identification,
qualifications & certifications
• Documenting clinical / teaching
experience & currency of practice
• Entrustable Professional Activities
• Managing appointments /
reappointments & scope of practice
• Measuring performance, documenting
outcomes, peer review and patient
feedback
Blockchain in health / clinical research
Distributed ledger ◆ Interoperability ◆ Self-sovereignty ◆ Transparency ◆ Immutability ◆ Trust
• Local, regional, national and international
multicentre trials / Human Research Ethics
Blockchain in health / clinical research
Distributed ledger ◆ Interoperability ◆ Self-sovereignty ◆ Transparency ◆ Immutability ◆ Trust
• Local, regional, national and international
multicentre trials / Human Research Ethics
• Tracking conditions, medical devices,
prostheses, implants
Blockchain in health / clinical research
Distributed ledger ◆ Interoperability ◆ Self-sovereignty ◆ Transparency ◆ Immutability ◆ Trust
• Local, regional, national and international
multicentre trials / Human Research Ethics
• Tracking conditions, medical devices,
prostheses, implants
• Personalised control of 3rd party access to
EHR through smart contracts / consent
Informed Consent
Benchoufi M, Porcher R, Ravaud P (2017) Blockchain protocols in clinical trials: Transparency and traceability of consent (2017);
Version 5. F1000Research 6: 66; Published online 2018 Feb 1. doi: 10.12688/f1000research.10531.5
Blockchain in health / clinical research
Distributed ledger ◆ Interoperability ◆ Self-sovereignty ◆ Transparency ◆ Immutability ◆ Trust
• Local, regional, national and international
multicentre trials / Human Research Ethics
• Tracking conditions, medical devices,
prostheses, implants
• Personalised control of 3rd party access to
EHR through smart contracts / consent
• Conduct of assessments, investigations,
therapies in accordance with protocols
Chan A-W, Tetzlaff JM, Altman DG, Laupacis A, Gøtzsche PC, Krleža-Jerić K, Hróbjartsson A, Mann H, Dickersin K, Berlin J, Doré C,
Parulekar W, Summerskill W, Groves T, Schulz K, Sox H, Rockhold FW, Rennie D, Moher D. (2013) SPIRIT 2013 Statement: Defining
standard protocol items for clinical trials. Ann Intern Med 2013;158:200-207. http://www.spirit-statement.org (Accessed July, 2018)
Blockchain in health / clinical research
Distributed ledger ◆ Interoperability ◆ Self-sovereignty ◆ Transparency ◆ Immutability ◆ Trust
• Local, regional, national and international
multicentre trials / Human Research Ethics
• Tracking conditions, medical devices,
prostheses, implants
• Personalised control of 3rd party access to
EHR through smart contracts / consent
• Conduct of assessments, investigations,
therapies in accordance with protocols
• Data aggregation and management
Blockchain in health / clinical research
Distributed ledger ◆ Interoperability ◆ Self-sovereignty ◆ Transparency ◆ Immutability ◆ Trust
• Local, regional, national and international
multicentre trials / Human Research Ethics
• Tracking conditions, medical devices,
prostheses, implants
• Personalised control of 3rd party access to
EHR through smart contracts / consent
• Conduct of assessments, investigations,
therapies in accordance with protocols
• Data aggregation and management
• Monetisation of research activity
Mamoshina P, Ojomoko L, Yanovich Y, Ostrovski A, Botezatu A, Prikhodko P, Izumchenko E, Aliper A, Romantsov K, Zhebrak A,
Obioma Ogu I, Zhavoronkov A (2017) Converging blockchain and next-generation artificial intelligence technologies to decentralize
and accelerate biomedical research and healthcare. Oncotarget. 2018 Jan 19; 9(5): 5665–5690. doi: 10.18632/oncotarget.22345
Blockchain in health / clinical research
Distributed ledger ◆ Interoperability ◆ Self-sovereignty ◆ Transparency ◆ Immutability ◆ Trust
• Local, regional, national and international
multicentre trials / Human Research Ethics
• Tracking conditions, medical devices,
prostheses, implants
• Personalised control of 3rd party access to
EHR through smart contracts / consent
• Conduct of assessments, investigations,
therapies in accordance with protocols
• Data aggregation and management
• Monetisation of research activity
Blockchain challenges
Blockchain• Trust (MyHR)
• Explaining the principles of Blockchain
• Gaining consensus across jurisdictions,
Colleges, universities, regulators
• Going beyond Bitcoin
• Challenging centralised authority
• Challenging traditional vendors
• Driving the standards agenda
• Herding cats and facilitating flamingos!
Distributed ledger ◆ Interoperability ◆ Self-sovereignty ◆ Transparency ◆ Immutability ◆ Trust
Blockchain challenges
BlockchainHealth professional education
Credentialing / scope of practice
Health / clinical research
Thank you
Dr Ian Graham
Distributed ledger ◆ Interoperability ◆ Self-sovereignty ◆ Transparency ◆ Immutability ◆ Trust