an emerging world of digital medicines: a multi-episode study
TRANSCRIPT
Delivering Digital Drugs
Delivering Digital Drugs: A project funded by Research Councils UK (RCUK/EPSRC) ‘New Economic Models in the Digital Economy’ programme
An emerging world of digital medicines: a multi-episode study
Tony Cornford1 & Valentina Lichtner2
Kings Fund Digital, 5 July 2016 1 Department of Management, London School of Economics2 School of Healthcare, University of Leeds
ConclusionThe StudyBackground Methods Findings
An emerging world of digital medicines: a multi-episode study
www.digital-drugs.org
Point of Departure
Digital materiality: The nature of things (e.g. medicines) as they become (more) digital and more active/connected (with digital agency)
Medicines as hybrids – part chemical, part physical, part informational, part digital (with agency)
Technology in practice: Technology as revealed in the doing (e.g. technology of medicines) (Orlikowski 2000)
Methods Findings ConclusionThe StudyBackground Methods Findings
Point of Departure
Digitalization
“Simply put, digitalization refers to the encoding of analog information into a digital format and the possible subsequent reconfigurations of the socio-technical context of production and consumption of [..] products and services.
Digitalization can happen [to] three broad types of artifacts, physical objects, routines, representations.”
(Yoo, 2012)
Methods Findings ConclusionThe StudyBackground Methods Findings
Aims and scope
• Digitalization is often seen to promise making the supply and use of medicines more effective, safe and efficient, and as a way to better healthcare (?perhaps cheaper healthcare?)
• This is predicated on task oriented software, new devices and new digital representations and data infrastructures
• Trials, Pilots, Assessments and Evaluations usually focus on digital interventions for specific tasks: e.g. DSS in prescribing, administration with bar codes, adherence with smart phones
• Our aim is to investigate the digitalisation of medicines themselves within and across the overall system, and proposing active roles for digital medicines (their digital agency)
Methods Findings ConclusionThe StudyBackground
Methods
An Exploratory study
Qualitative/interpretative approach
Interviews, Observation, Documentation
Purposive sampling of ‘Episodes' in the life of a digital medicine – from factory gate through clinical settings to bodies and then data points
“Follow the drug” (not the task/workflow, the patient or the disease)
Using Tracer drugs
Making and re-making maps as elicitation devices
Methods Findings ConclusionThe StudyBackground
Study design: follow-the-drug in a multi-episode study
5 Episodesregions where digitalisation (reconfigurations) occur
• Supply Medicines• Hospital Medicines• Patient Medicines• Research Medicines• Pharmacovigilance Medicines
( plus Community Medicines)
Methods FindingsBackground ConclusionThe Study
Patient Medicines
Drug discovery
Trial
Approval
ManufacturingSupply Chain
Retail
Prescribe
Administer Patient
Research Medicines
Pharmacovigiliant Medicines
Supply MedicinesHospital Medicines
GP / Community
Methods FindingsBackground ConclusionThe Study
Dispense
‘Follow the Drug’;
‘Follow the drug’ - tracer approach3 Exemplar medicines: selected tracer drugs followed across the five episodes –
– pain killers – anticoagulants – antibiotics
Tracers: Objects to follow through the organisation to investigate processes across times and stakeholders, to gather information about the whole (Combey 1980)Used as “both a source of data and as a means of sampling key participants” (Hornby and Symon 1994)
Methods FindingsBackground ConclusionThe Study
Patient Medicines
Drug discovery
Trial
Approval
ManufacturingSupply Chain
Retail
Prescribe
Administer Patient
Research Medicines
Pharmacovigiliant Medicines
Supply MedicinesHospital Medicines
GP / Community
Methods FindingsBackground ConclusionThe Study
Dispense
Tracers across five episodes
New worlds,New maps
Mappa Mundi, Hereford Cathedral, circa 1300
See:http://www.herefordcathedral.org/visit-us/mappa-mundi-1
Methods Findings ConclusionThe StudyBackground Methods FindingsBackground ConclusionThe Study
Methods FindingsBackground ConclusionThe Study
electronic prescribing
GS1
mobile apps as reminders for patients
decision support for
precise dosingdm&d
decision support for pharmacogenomics
electronic discharge
summaries
robotic dispensing
barcode scanning for
administration of medicines
data - for patient care, audits, research, …
Hospital medicines
mobile apps as reminders
for HCPs
Integration/communication
Digital medicine hybrids are often fragmented, constituted by multiple digital resources (e.g. databases, evidence summaries, protocols, DSS etc)
This fragmentation is for both good and bad reasons
The hybrid ‘identity’ is more often tied to task, than to episode or the wider system.
Integration or unification per se is (probably) not the answer.
Background Methods ConclusionFindingsThe Study
Digital value
The digital agency of medicines has potential to directly generate value by enabling:
1) control 2) efficiency (automation) and 3) precision
Each implies some “reconfigurations of the socio-technical context”
Broader impacts may emerge from
1) access to information, 2) stronger system feedback, 3) more active patients.
Background Methods ConclusionFindingsThe Study
Conclusion
• Medicines are central to contemporary health care.• New medicines offer hopes for improvement in care
delivery, • So too can ‘digital enhancement’ of those we already
have. • So far, this field has been predominantly concerned
with digital initiatives based around tasks. • Understanding medicines as hybrids (‘digital
medicines’) that generate value across contexts offers a valuable lens to help practitioners and policy makers work for improvement goals.
• Our work contributes necessary andcomplimentaryfocus on the medicine itself.
Background Methods ConclusionFindingsThe Study
Acknowledgements
RCUK as funders
Dr Tony CornfordDr Ela Klecun Dr Will Venters Dr Ralph HibberdDr Jane Dickson
London School of Economics and Political Science
Professor Bryony Dean Franklin
UCL/Imperial College Healthcare NHS Trust
Dr Paul Taylor UCL
Ann Jacklin
Dr Simon Taylor Brunel University
Professor Nick Barber The Health Foundation
Background Methods ConclusionFindingsThe Study
References• Lichtner, V, Hibberd, R, Cornford, T. (2016) Networking Hospital ePrescribing: A
Systemic View of Digitalization of Medicines’ Use in England, 13th International Congress in Nursing Informatics, (NI2016) Geneva– June 25 to 29 2016
• Combey, P. (1980). A tracer approach to the study of organizations. Journal of Management Studies 17(1): 96-126.
• Cornford, T. and Lichtner, V (2014) Digital Drugs: An anatomy of new medicines. In: Doolin, B, Lamprou, E, Mitev, N, McLeod, L, (eds.) Information Systems and Global Assemblages: (Re)configuring Actors, Artefacts, Organizations. IFIP Advances in Information and Communication Technology, (Vol. 4). Springer, 149-162.
• Hornby, P. and G. Symon (1994). Tracer studies. Qualitative methods in organizational research: A practical guide. London, Sage: 167-186
• Orlikowski, W.J. Using Technology and Constituting Structures: A Practice Lens for Studying Technology in Organizations. Organization Science, 11, 4, 2000: 404-428.
• Yoo, Y.: Digital Materiality and the Emergence of an Evolutionary Science of the Artificial. In: Leonardi, P., Nardi, B., Kallinikos, J. (eds.) Materiality and Organizing: Social Interaction in a Technological World, pp. 134-154. Oxford University Press, Oxford (2012)
Background Methods ConclusionFindingsThe Study
Tony CornfordDepartment of ManagementLondon School of Economics
www.digital-drugs.org