Improving Treatment for Opioid Use Disorder in Courts Clinical Trial
Official title:
Facilitating MAT Acceptance & Implementation in Problem Solving & Felony Courts
This study compares two methodologies for improving access to medication assisted treatment (MAT) in Ohio courts where MAT is currently restricted or prohibited. All participating courts are asked to view two educational modules. Module 1 addresses the nature of opioid addiction and treatment. Module 2 addresses concerns specific to criminal justice such as misuse and diversion of medications. Courts selected for the experimental group also receive a hands-on change team initiative in which specially trained professionals work with court staff to provide education and instrumental assistance in order to improve access to MAT for court supervisees who are opioid-dependent.
Although there is robust evidence for the efficacy of medication assisted treatment (MAT),
e.g., buprenorphine, extended-release naltrexone, methadone, this evidence-based treatment
(EBT) is not available for the majority of opioid dependent clients (ODCs) in the criminal
justice (CJ) population.
In a recent survey of drug courts our group found that less than half include MAT as a
treatment option for their ODCs. Moreover among the minority of courts that do permit MAT, it
is typically restricted. Responses by drug court personnel revealed serious concerns about
diversion, misuse, and uncertainty about the efficacy of MAT, especially among courts in
which MAT was unavailable. Despite these barriers, 70% of the courts indicated that with
proper evidence MAT could be considered or expanded as a treatment option. To increase court
professionals' understanding of MAT and facilitate decisions on whether MAT would be an
appropriate treatment, we proposed a Stage I study to develop and test the feasibility of
using an eLearning and an eLearning + a behavioral change team intervention, an Addiction
Technology Transfer Center - ATTC - Technology Transfer [TT] model, to advance knowledge and
facilitate inclusion of MAT as a treatment option in the criminal justice system (CJS) for
ODCs. To enhance the eLearning modality we included testimonials from opinion leaders/early
adopters of MAT (e.g., a drug court judge, a representative from the National Association of
Drug Court Professionals, and treatment providers) who addressed specific concerns such as
methods to identify qualified MAT providers, appraise treatment plans, and prevent and
minimize negative effects of diversion and misuse. The behavioral change intervention will be
based on a model of process improvement developed by the ATTC Network5 to expand treatment
options for the management of opioid dependence, in this case MAT. The planned program
represents the first study to: 1) include testimonials by opinion leaders in conjunction with
an eLearning approach to spur inclusion of an evidence-based intervention for the treatment
of opioid dependence within a criminal justice (CJ) setting and; 2) adapt the ATTC TT model
to the specific goal of facilitating inclusion of MAT as a treatment option. Specific aims of
the study are:
Aim 1. Develop an eLearning (web-based) intervention that will provide information about
risks and benefits of MAT to help drug and felony court staff determine whether MAT is
suitable for their clients. The protocol will include group discussions with both
MAT-friendly and MAT-averse court personnel and inclusion of a MAT Advisory Panel (MAP), a
team of experts in the implementation of MAT in CJ settings. Through an iterative process
(review/revisions by MAT experts and court staff) we will develop a consensual outline
representing topics that would be addressed by our web-based intervention. The objective will
be to provide a balanced, thorough presentation of both benefits and risks of MAT provision
and will specifically seek to address concerns about MAT provision such as diversion and
misuse. Informed by diffusion of innovations theory, the eLearning modules will be enhanced
by including testimony of criminal justice professionals about their experiences with MAT in
their courtrooms, what their concerns had been prior to MAT adoption by their court, and how
these concerns (and other obstacles that emerged) were addressed.
 Aim 2. Develop a TT intervention to facilitate Courts' readiness and resources to engage in
case-by-case inquiries to determine whether and under what circumstances to permit MAT.
Working with ATTC TT experts we will develop a change team (CT) intervention for court
representatives and treatment providers (including Judge, coordinator, administrator, and
case-managers). The objective of the proposed CT intervention will be to: 1) Broker
relationships between MAT providers and courts; ensuring that MAT providers will accept court
referred individuals; 2) Reinforce the educational objectives - including addressing in
substantive ways issues of availability, access (including cost), misuse, and diversion -
with court personnel in order to expand policy and practice to include MAT; 3) Work with
local MAT and other treatment providers to help create an environment in which MAT is
accepted as part of the constellation of available treatments; 4) help develop protocols such
as assertive ongoing monitoring and support to assure that MAT benefits are sustained once a
client has been referred to treatment.
Aim 3. Conduct a small-scale trial to evaluate the preliminary effectiveness of the eLearning
intervention, and the eLearning + change team intervention (TT-intervention). Targeting
courts that either do not place their ODCs in MAT or tightly restrict MAT access, 24 courts
will be randomly assigned to 1 of 2 treatment conditions: 1. Treatment as usual, followed by
the eLearning intervention, or 2. eLearning intervention followed by the CT intervention.
Outcomes include 1) the rate of enrollment of clients in MAT; 2) rate of referral of clients
to MAT; 3) MAT Knowledge, 4) Willingness to use MAT, and 5) Barriers to MAT. We expect this
development/pilot project will lead to a protocol to implement an EBT in the CJS; a setting
with high numbers of ODCs.
;