Dawn Stacey1, Robert J Volk2. 1. School of Nursing, University of Ottawa; Ottawa Hospital Research Institute, Ottawa, ON, Canada. 2. Department of Health Services Research, the University of Texas MD Anderson Cancer Center, Houston, TX, USA.
Established in 2003, the International Patient Decision Aid Standards (IPDAS)
Collaboration aims to enhance the quality and effectiveness of patient decision
aids (PtDAs) by establishing a shared evidence-informed framework to guide
developers and researchers in their development, content, evaluation, and
implementation. The original IPDAS checklist, based on evidence syntheses, focused
on components of PtDAs known to support informed, values-based reasoning and
engagement with health care professionals. In this article, we present IPDAS
Evidence Update 2.0. The 13 articles that make up this update provide the latest
evidence on 11 core IPDAS domains: development process,[1] providing balanced information,[2] communicating probabilities of outcomes,[3,4] clarifying values,[5] using personal stories,[6] guidance and decision coaching,[7] disclosing conflicts of interest,[8] health literacy,[9,10] basing information on scientific evidence,[11] measuring effectiveness,[12] and implementation of PtDAs.[13]
History of the IPDAS Collaboration
PtDAs are evidence-informed resources to guide patients in the process of
making quality decisions.[14] At a minimum, PtDAs describe the health condition or problem; make
explicit the decision; provide information on options, benefits, and harms;
and help patients clarify which benefits and harms matter most.[15] Optional features in PtDAs are probabilities of outcomes of options,
narratives describing patients’ experiences with making decisions, and
guidance in the process of decision making. They are designed to be used as
adjuncts to counseling and are often used to facilitate shared decision
making between patients and their clinician. A systematic review of 105
randomized controlled trials demonstrated that compared with usual care,
patients exposed to PtDAs have improved knowledge, more realistic
expectations, less decisional conflict and participate more actively in
making decisions.[16] Given that few have been used in clinical practice after trials were completed,[17] there is increasing research focused on the process used for their
development, evaluation, and implementation.Evidence was emerging in 2003 that PtDAs can affect the uptake of options.[18] For example, there were decreased hysterectomies and fewer herniated
disc surgical procedures when patients were aware of nonsurgical options to
address the condition. The effect on uptake of options was judged to be
positive when PtDAs were unbiased and the change addressed variations in
clinical practice.[19,20] Concurrently, there was concern that PtDAs
developed without a guiding set of standards could be used to present biased
information.In 2003, the IPDAS Collaboration was established to enhance the quality and
effectiveness of PtDAs by establishing a shared evidence-informed framework
for improving their content, development, evaluation, and implementation.[21] The collaboration has been an entirely volunteer organization with no
formal affiliation with a professional society, and members have produced a
series of evidence-based IPDAS resources (Figure 1). IPDAS used an
international consensus process to establish the first set of criteria
within 12 broad domains for determining the quality of PtDAs.[19] There was representation from 14 countries, with more than 100
participants including researchers, clinicians, patients, and policy makers.
Based on equi-median ratings of 7 to 9 out of 9, the original IPDAS
checklist included 74 items from 11 of the broad domains with a
present/absent response scale. The only domain not included was
patient narratives, given conflicting evidence. Next,
the IPDAS instrument for measuring quality was created and validated with
only 47 items described on a 4-point scale ranging from strongly
agree to strongly disagree.[22]
Figure 1
History of the International Patient Decision Aid Standards
Collaboration.
History of the International Patient Decision Aid Standards
Collaboration.Given the number of IPDAS items and some challenges with applying the items,
IPDAS proposed a minimum set of standards for defining and certifying PtDAs.[15] There were 127 participants from 16 countries who had some experience
with PtDAs who voted on “if the criterion was not present or of low quality,
there would be a risk of harmful bias and potential negative impact on
patients’ decision making.” Considering the numeric and qualitative results
from voters, the original IPDAS rating (1 to 9), and comments on the
feasibility from those trained in using the IPDAS instrument, the expert
committee proposed 6 criteria for qualifying to be defined as a PtDA, 6
criteria for certifying PtDAs, plus 4 for screening PtDAs (to minimize risk
of bias), and others were described as quality criteria. In 2013, IPDAS
members published the updated theoretical and empirical evidence on the 12
original broad domains, plus 1 extra team published evidence on
implementation of PtDAs.[14,23] In addition to
supporting the IPDAS criteria, this update provided more detailed guidance
on developing PtDAs and discussed ways of describing the quality of the
evidence used to inform PtDAs (e.g., GRADE ratings) and the need to
disclosure actual or potential conflict of interest, particularly for
funding received from commercial for-profit entities used to develop or
exclusively distribute PtDAs. The 2013 evidence update did not include
changes to the IPDAS criteria at that time.In 2016, Washington State Health Care Authority launched the first program to
certify PtDAs based on the IPDAS criteria.[24] The certification program is noteworthy because it provides a
heightened level of legal protection to clinicians who use certified PtDAs
with their patients.[25,26] This program
typically announces a call for PtDAs based on specific conditions (e.g.,
vaginal birth after caesarean, joint replacement), and certified PtDAs are
announced on their website. Concurrently, the IPDAS criteria are: being used
by the Norwegian Health Department for reviewing PtDAs approved for the
national platform,[27] being used for the International A to Z Inventory at the Ottawa
Hospital Research Institute,[28] formally approved in the Netherlands by national stakeholders,[29] and they were proposed for national standards for certification of
PtDAs by the National Quality Forum.[20] The standards are also available in Japanese, Spanish, and Chinese
(IPDAS website).[21]In 2018, the IPDAS reporting guidelines workgroup published the Standards for
Universal reporting of patient Decision Aid Evaluations (SUNDAE)
Checklist.[30-32] Based on the
IPDAS quality dimensions and other reporting guidelines, the 26-item SUNDAE
Checklist is meant to promote greater transparency and completeness of
intervention studies that evaluate PtDAs.Given the increased use of IPDAS, the rapidly growing number of clinical
practice guidelines recommending PtDAs,[33] and the wealth of new research about their use and effectiveness, the
IPDAS Steering Committee identified the need for another evidence update
with a specific focus on identifying recommendations for changes to the
IPDAS criteria.
Strategy for Updating the Evidence about PtDAs
In fall 2018, the IPDAS Steering Committee identified 11 team leads for each of
the 12 original broad domains with 2 changes: 1) balanced information was
merged with the presentation of information on options, benefits, and harms
and 2) the delivery of PtDAs on the internet was merged with the
implementation of PtDAs. Senior researchers were chosen based on their
involvement in previous evidence updates and their research in the area of
the specific domain. They were encouraged to identify co-leads from another
country. Volunteers for each of the domains were recruited through the IPDAS
listserv and at the 2018 Society for Medical Decision Making Shared Decision
Making special interest group meeting in Montreal, Canada. Concurrently, we
asked for other topics that should be included in this update.Domain teams were tasked with drafting a proposal for the process they planned
to use for updating the theoretical and empirical evidence published since
the 2013 update and making recommendations of changes to the original IPDAS
criteria. Teams were given examples from the 2013 update and asked to create
an update of publishable quality. The proposals were reviewed by members of
the IPDAS Steering Committee in spring 2019 based on the following criteria:
1) names and affiliations of working group leaders and members with
representation from 2 or more countries, 2) proposal based on previous IPDAS
work including definitions and original criteria, 3) proposed methods aim to
synthesize the best available theoretical and empirical evidence, 4)
indication in the proposal that 1 outcome of Update 2.0 is verifying and/or
revising the original criteria with justification for changes, 5) timeline
aims to have work completed, and 6) completed disclosures of interest.The IPDAS Steering Committee gave careful attention to how potential conflicts
of interest would be disclosed among the team leads and members. At the
outset of the update, members were asked to declare direct interests where
there was an opportunity for financial gains (income from grants, contract,
consulting fees, scholarships, royalties, and patents) for themselves, a
spouse, or dependent children. Other reportable debts, outside positions,
agreements or arrangements, and gifts or travel were also disclosed.
Finally, indirect interests where there was an opportunity for benefit for a
third party closely associated with the member were also disclosed.
Declarations of interest were regathered at the time of release of the
updates from all members.
Current Evidence Update
The update involved 105 unique participants from 11 countries. While the IPDAS
Steering Committee did not determine any conflicts that rose to the point of
disqualifying a member from participating in the update, promoting
transparency is an ongoing priority of the collaboration. The articles in
the IPDAS Update 2.0 series reflect the 11 broad domains.[1-13]
Two of the broad domains published 2 articles: communicating probabilities
about outcomes[3,4] and health literacy.[9,10] Other topics
suggested for this update were theories and mechanisms, training in shared
decision making, application of shared decision making in support of chronic
conditions, whether or not to provide probabilities, and targeting specific
disadvantaged populations. Given IPDAS’s mandate is focused on PtDAs, we
excluded suggestions more broadly focused on shared decision making and
asked teams to report on updated theories and mechanisms. The other 2
suggestions were assumed by the communicating probabilities team and the
health literacy team.
Toward Updating the Standards
IPDAS is commonly used to inform the development and evaluation of PtDAs.
Evidence continues to support the minimal criteria. Although a few new
criteria were proposed by authors of articles in this update, the IPDAS
Steering Committee will engage in a broader consensus process before changes
will be made to the IPDAS criteria. Ongoing updates such as these are a
vital part of maintaining the IPDAS criteria as responsive to changes in
emerging evidence and relevant to PtDA development, content, evaluation, and
implementation.
Authors: Lyndal J Trevena; Carissa Bonner; Yasmina Okan; Ellen Peters; Wolfgang Gaissmaier; Paul K J Han; Elissa Ozanne; Danielle Timmermans; Brian J Zikmund-Fisher Journal: Med Decis Making Date: 2021-03-04 Impact factor: 2.583
Authors: Glyn Elwyn; Helen Burstin; Michael J Barry; Maureen P Corry; Marie Anne Durand; Daniel Lessler; Christopher Saigal Journal: Health Policy Date: 2018-04-27 Impact factor: 2.980
Authors: Richard W Martin; Stina Brogård Andersen; Mary Ann O'Brien; Paulina Bravo; Tammy Hoffmann; Karina Olling; Heather L Shepherd; Kathrina Dankl; Dawn Stacey; Karina Dahl Steffensen Journal: Med Decis Making Date: 2021-07-01 Impact factor: 2.583
Authors: Annette M O'Connor; Carol L Bennett; Dawn Stacey; Michael Barry; Nananda F Col; Karen B Eden; Vikki A Entwistle; Valerie Fiset; Margaret Holmes-Rovner; Sara Khangura; Hilary Llewellyn-Thomas; David Rovner Journal: Cochrane Database Syst Rev Date: 2009-07-08
Authors: Aubri S Hoffman; Karen R Sepucha; Purva Abhyankar; Stacey Sheridan; Hilary Bekker; Annie LeBlanc; Carrie Levin; Mary Ropka; Victoria Shaffer; Dawn Stacey; Peep Stalmeier; Ha Vo; Celia Wills; Richard Thomson Journal: BMJ Qual Saf Date: 2018-02-21 Impact factor: 7.418
Authors: Logan Trenaman; Jesse Jansen; Jennifer Blumenthal-Barby; Mirjam Körner; Joanne Lally; Daniel D Matlock; Lilisbeth Perestelo-Perez; Mary Ropka; Christine Stirling; Kathrene Valentine; Ha Vo; Celia E Wills; Richard Thomson; Karen Sepucha Journal: Med Decis Making Date: 2021-05-08 Impact factor: 2.583
Authors: Natalie Joseph-Williams; Robert Newcombe; Mary Politi; Marie-Anne Durand; Stephanie Sivell; Dawn Stacey; Annette O'Connor; Robert J Volk; Adrian Edwards; Carol Bennett; Michael Pignone; Richard Thomson; Glyn Elwyn Journal: Med Decis Making Date: 2013-08-20 Impact factor: 2.583
Authors: Karen R Sepucha; Purva Abhyankar; Aubri S Hoffman; Hilary L Bekker; Annie LeBlanc; Carrie A Levin; Mary Ropka; Victoria A Shaffer; Stacey L Sheridan; Dawn Stacey; Peep Stalmeier; Ha Vo; Celia E Wills; Richard Thomson Journal: BMJ Qual Saf Date: 2017-12-21 Impact factor: 7.418
Authors: Noel Engels; Gretchen N de Graav; Paul van der Nat; Marinus van den Dorpel; Anne M Stiggelbout; Willem Jan Bos Journal: BMJ Open Date: 2022-09-21 Impact factor: 3.006
Authors: Georgina L Jones; Rachael H Moss; Frances Darby; Neda Mahmoodi; Bob Phillips; Jane Hughes; Katharina S Vogt; Diana M Greenfield; Grete Brauten-Smith; Jacqui Gath; Tonia Campbell; Daniel Stark; Galina Velikova; John A Snowden; Ellissa Baskind; Mariano Mascerenhas; Daniel Yeomanson; Jonathan Skull; Sheila Lane; Hilary L Bekker; Richard A Anderson Journal: Front Oncol Date: 2022-06-30 Impact factor: 5.738
Authors: Blanca Lumbreras; Lucy Anne Parker; Pablo Alonso-Coello; Javier Mira-Bernabeu; Luis Gómez-Pérez; Juan Pablo Caballero-Romeu; Salvador Pertusa-Martínez; Ana Cebrián-Cuenca; Irene Moral-Peláez; Maite López-Garrigós; Carlos Canelo-Aybar; Elena Ronda; Mercedes Guilabert; Antonio Prieto-González; Ildefonso Hernández-Aguado Journal: Int J Environ Res Public Health Date: 2022-07-22 Impact factor: 4.614