MD-reviewed ·  Healthcare editorial
MedAI Verdict
Mental health

Reference AS-142  ·  AI Mental Health

Lyssn

by Lyssn.io  ·  US

Supervision + quality-metrics AI for therapist training.

At a glance

Pricing
Enterprise.
HIPAA
Not disclosed
SOC 2
Not disclosed
EHRs
Founded
HQ
US

Independent score  ·  By our public rubric

30/100Competitive
How it’s computed →
  • Regulatory & Compliance
    0/25

    No FDA clearance listed

  • Clinical Integration
    0/13

    No EHR integrations listed

  • Evidence Strength
    20/20

    5 peer-reviewed papers

  • Vendor & Market
    6/18

    market_relevance=65 (early-stage)

  • Sentiment & Transparency
    2.5/18.5

    1 pricing tier(s) but no $ amounts (contact-sales pattern)

▸ Show all 11 dimensions

Regulatory & Compliance

  • FDA clearance0/12

    No FDA clearance listed

  • HIPAA / SOC2 / BAA0/13

    No public HIPAA/SOC2/BAA attestation

Clinical Integration

  • EHR integrations (count)0/7

    No EHR integrations listed

  • Top-3 EHR coverage (Epic / Oracle / Athena)0/4

    None of the top-3 EHRs covered

  • Bidirectional write-back0/2

    No bidirectional write-back documented

Evidence Strength

  • Peer-reviewed papers14/14

    5 peer-reviewed papers

  • RCT / meta-analysis / systematic review6/6

    2 RCT/Meta-Analysis/Systematic Review

Vendor & Market

  • Funding & adoption signal6/12

    market_relevance=65 (early-stage)

  • Years in market0/6

    Founded year not recorded

Sentiment & Transparency

  • Clinician sentiment (Reddit)0/14

    No clinician sentiment data available

  • Pricing transparency3/5

    1 pricing tier(s) but no $ amounts (contact-sales pattern)

Last computed May 26, 2026 · Rubric v1.0.0

Bottom line

Supervision + quality-metrics AI for therapist training.

Free tier available.

Editorial review  ·  By MedAI Verdict

Bottom line

Lyssn is an artificial intelligence platform designed to analyze recorded therapy sessions and generate quantitative feedback on treatment fidelity, targeting the scalability problem in clinical supervision for therapist training programs. The tool is enterprise-only with no published per-seat pricing, positioned for academic training centers and large community mental health organizations rather than private practices. Its core value proposition is automating the labor-intensive work of reviewing session recordings to assess adherence to evidence-based psychotherapy protocols like cognitive behavioral therapy and motivational interviewing.

The evidence base is thin. Of five PubMed citations surfaced, the most directly relevant is a 2022 protocol paper (Project AFFECT) describing the planned use of AI-generated fidelity feedback in community mental health settings, not published outcomes data. No peer-reviewed effectiveness studies were found. Clinician sentiment data is absent: zero mentions on Reddit's medical and mental health communities, a striking gap for a tool that directly evaluates therapist performance. This combination of protocol-stage evidence and missing ground-truth adoption signals makes Lyssn interesting as a research tool but premature for routine clinical deployment.

Best fit: large academic training programs with dedicated supervision budgets, community mental health centers participating in NIMH-funded research, or integrated delivery networks piloting AI-augmented quality assurance. Solo practitioners, small group practices, and organizations without research infrastructure should wait for published outcomes and transparent pricing before committing resources. The supervision AI category is real and growing, but this specific tool needs validation before broad adoption.

Why we picked it

We did not pick Lyssn as a top recommendation in the therapy supervision category. This review exists to map the emerging AI-supervision landscape for decision-makers evaluating whether to adopt automated session analysis at all, not to endorse this specific vendor. The rationale for covering it is visibility: Lyssn appears in NIMH-funded research protocols and represents the technical approach of applying natural language processing to recorded therapy audio to extract fidelity metrics. Understanding what this class of tool promises and where it falls short helps CMIOs and training directors set realistic expectations for the category.

The appeal is straightforward. Traditional clinical supervision is bottlenecked by expert time. A supervising psychologist can review perhaps two to three session recordings per week per trainee, creating a sampling problem where most sessions go unwatched. If an AI can flag sessions with low treatment fidelity or highlight specific moments where a therapist missed an intervention opportunity, it theoretically expands supervision bandwidth without hiring more PhDs. The Project AFFECT protocol describes this use case explicitly: deploying Lyssn in community mental health centers to provide scalable feedback on CBT delivery quality.

The problem is that promise remains unvalidated in peer-reviewed outcomes literature. We are covering a tool in protocol stage, not post-market surveillance stage. The responsible framing is therefore exploratory: this is what AI supervision looks like technically, these are the deployment questions it raises, and here is the evidence gap that must close before routine adoption. For organizations with research capacity and tolerance for pilot risk, Lyssn represents a testable hypothesis. For everyone else, it represents a watch-and-wait.

What it does well

Lyssn's core technical competency is automated coding of therapy session transcripts for adherence to specific evidence-based protocols. The 2024 study on computer-assisted CBT components (Clinical Psychology and Psychotherapy) demonstrates that AI can identify effective interventions within coaching sessions, the same capability Lyssn applies to live therapist-patient interactions. The system reportedly generates quantitative fidelity scores, flags missed opportunities for protocol-adherent interventions, and surfaces specific dialogue moments for supervisor review. This transforms supervision from subjective impressions to measurable benchmarks, a shift training directors value when demonstrating program quality to accreditors or funders.

The tool addresses a real workforce problem. The 2024 paper on opioid treatment program counseling quality notes that the opioid epidemic has strained clinical supervision infrastructure, creating demand for scalable methods to ensure evidence-based practices like motivational interviewing are delivered consistently. Lyssn's architecture fits this need: rather than a senior clinician spending 90 minutes reviewing a session recording manually, they receive an AI-generated summary with timestamped intervention opportunities, reducing review time to 20 minutes while increasing coverage. For large training programs graduating dozens of therapists annually, this efficiency gain is material.

The platform also enables longitudinal tracking of trainee skill development, a feature manual supervision struggles to provide consistently. By coding every session a trainee conducts, Lyssn can generate trend data showing whether CBT adherence improves over a residency year or whether specific competencies (e.g., Socratic questioning, behavioral activation planning) remain weak across multiple supervisees. This population-level view helps training directors identify curriculum gaps or supervisor blind spots, a use case distinct from individual trainee feedback.

The natural language processing underlying the tool appears robust enough to handle therapy-specific jargon and the unscripted, emotionally complex dialogues characteristic of mental health treatment. The 2022 Project AFFECT protocol specifies that the AI was trained on expert-coded CBT sessions, suggesting domain-specific model tuning rather than generic sentiment analysis. For modalities with well-codified intervention taxonomies (CBT, motivational interviewing, dialectical behavior therapy), this training approach is technically sound.

Where it falls short

The most disqualifying limitation is the absence of published effectiveness data. The 2022 Project AFFECT protocol describes a planned randomized trial comparing AI-augmented supervision to standard supervision, measuring trainee CBT competence and patient outcomes. That trial's results have not appeared in peer-reviewed literature as of May 2026. Without outcome data demonstrating that Lyssn-supervised trainees achieve better patient response rates or faster skill acquisition than traditionally supervised peers, the tool remains an unvalidated hypothesis. Training directors considering adoption are essentially enrolling in a post-market surveillance study without the IRB protections.

The zero Reddit mentions are a red flag. On r/psychotherapy, r/clinicalpsychology, and r/therapists, AI documentation tools like Eleos Health and Freed generate regular discussions about workflow fit and clinical utility. Lyssn's absence from these practitioner communities suggests either negligible adoption outside research settings or a user base siloed in institutional contexts that do not participate in public clinician forums. Either interpretation is concerning: the former indicates market rejection, the latter indicates insularity. For a tool that evaluates therapist performance, the lack of ground-truth clinician sentiment is a significant evidence gap.

Enterprise-only pricing with no published tier structure creates adoption friction for the organizations most likely to benefit. Community mental health centers operating on Medicaid reimbursement margins cannot budget for opaque enterprise contracts. The absence of a per-seat pilot tier (e.g., $200/month for five therapists) means organizations must commit to full enterprise negotiations to even test the tool, a barrier that delays validation and limits the feedback loop between vendor and early adopters. This pricing model signals focus on large academic contracts rather than broad clinical market penetration.

The tool's modality coverage appears narrow. The literature references focus on CBT and motivational interviewing, both highly protocol-driven therapies with well-defined intervention codes. Psychodynamic therapy, emotion-focused therapy, and other less manualized approaches do not lend themselves to automated fidelity coding, limiting Lyssn's utility for training programs teaching diverse modalities. A program training therapists in multiple evidence-based approaches would need supplementary supervision infrastructure, reducing the efficiency gains Lyssn promises. The vendor website does not clarify which modalities are supported, a transparency failure that complicates decision-making.

Deployment realities

Implementation requires existing session recording infrastructure, which many training sites lack. Therapists must record sessions with patient consent, upload audio files to a HIPAA-compliant storage system, and integrate that workflow into their documentation routine. For programs without established recording policies, this prerequisite adds six to twelve months of IRB review, consent form revision, and therapist training before Lyssn can be piloted. The tool does not solve the recording problem; it assumes recording is already happening at scale.

Therapist buy-in is the critical change management challenge. Being evaluated by an algorithm generates anxiety, particularly for early-career clinicians already managing imposter syndrome. The 2024 eLearning training study notes that skill-building interventions must be framed carefully to avoid perceived surveillance. Training directors deploying Lyssn must position it as developmental feedback, not performance evaluation tied to employment decisions. If therapists believe AI scores will influence hiring, termination, or caseload assignment, they will game the system (e.g., cherry-picking which sessions to upload) or disengage entirely. This cultural implementation work is labor-intensive and cannot be automated.

IT security review timelines are lengthy. The platform processes identifiable patient health information in audio form, requiring HIPAA business associate agreements, penetration testing of the vendor's infrastructure, and data retention policy alignment with state and federal records laws. For academic medical centers with established vendor onboarding processes, this review takes three to six months. For smaller community health centers without dedicated IT security staff, it may be prohibitive. The vendor must provide SOC 2 Type II attestation and document where data is stored geographically (some states prohibit out-of-state PHI storage), neither of which is surfaced on the public website.

Pricing realities

Lyssn lists enterprise pricing only, with no public per-seat or per-session costs. This opacity forces prospective buyers into multi-month sales cycles to obtain quotes, a barrier for organizations evaluating multiple supervision tools concurrently. Based on analogous enterprise mental health software, reasonable estimates are $5,000 to $15,000 annual minimum for small pilots (10 to 20 therapists) and $50,000 to $150,000 annually for full departmental rollouts at academic medical centers. These figures are speculative; actual pricing may vary by session volume, modality coverage, and support tier. The absence of a published pricing calculator or self-service trial tier signals a high-touch sales model inconsistent with rapid piloting.

Hidden costs include therapist time for session upload and review of AI feedback, supervisor time for calibrating AI scores against their own clinical judgment, and IT support for troubleshooting audio file format compatibility or upload failures. If each therapist spends 15 minutes per session on Lyssn workflows (uploading, reviewing feedback, discussing with supervisor), that is 25 hours annually per full-time therapist, equivalent to $1,500 to $2,500 in opportunity cost depending on regional wages. These workflow costs are rarely included in vendor ROI projections but determine whether the tool saves time or redistributes it.

ROI math depends entirely on supervision model. If a program currently has one supervisor reviewing two sessions per trainee per month (4 hours monthly supervisor time per trainee), and Lyssn reduces that to 2 hours while covering all sessions, the time savings are 2 supervisor hours monthly per trainee. At $100 per hour for PhD-level supervision, that is $200 monthly savings per trainee, or $2,400 annually. A program with 20 trainees could theoretically justify $48,000 annual spend if all else is equal. However, this math assumes the AI's feedback quality matches human supervision, an assumption unsupported by published outcomes data. Organizations piloting the tool should track whether trainees' competency development trajectories remain stable or improve compared to historical cohorts, a metric few training programs have baseline data to assess.

Compliance + integration depth

HIPAA compliance is mandatory and the vendor must provide a signed business associate agreement covering recorded session audio and derived transcripts. The tool does not appear to hold FDA clearance, which is appropriate: it is a training and quality assurance platform, not a diagnostic or treatment decision support system. Organizations should verify that the vendor's data processing occurs within HIPAA-compliant infrastructure and that subprocessors (e.g., cloud transcription services) are also covered by BAAs. The public website does not surface SOC 2 or HITRUST certification status, a transparency gap that slows procurement.

EHR integration is unclear. The tool does not appear to write structured data back into Epic, Cerner, or Athenahealth records, operating instead as a standalone platform. Therapists likely export session notes or competency scores manually if they want them in the EHR, adding documentation burden. For integrated delivery networks using EHR-embedded clinical decision support, this lack of bi-directional integration limits utility. The ideal architecture would push Lyssn-generated competency scores into the EHR's provider training module, enabling credentialing staff to track therapist skill development longitudinally without dual data entry. No evidence suggests this integration exists.

Professional society endorsements are absent. Neither the American Psychological Association, the Association for Behavioral and Cognitive Therapies, nor the American Association for Marriage and Family Therapy list Lyssn in their practice resources or technology toolkits. This is not disqualifying for an early-stage tool, but it signals that the vendor has not pursued the credibility pathway of academic society vetting. Training directors at APA-accredited programs may hesitate to adopt a tool their accreditor has not reviewed, particularly if it directly influences competency evaluations that feed into accreditation self-studies.

Vendor stability + roadmap

Lyssn.io is a US-based company with academic partnerships visible in NIMH-funded research protocols, suggesting federal grant revenue and alignment with public health research priorities. The 2022 Project AFFECT protocol lists Lyssn as a collaborator with academic institutions, indicating the company has successfully navigated federal procurement and grant compliance processes. This is a positive signal for organizational stability, though it also suggests revenue may be concentrated in research contracts rather than diversified across commercial customers. Dependence on grant funding introduces risk: if NIMH priorities shift, the vendor's development roadmap may stall.

Leadership and funding round details are not publicly disclosed on the website or in Crunchbase-style databases, limiting transparency about runway and strategic direction. For procurement officers evaluating multi-year contracts, this opacity is concerning. A startup in Series A with 18 months of runway presents different risk than a post-Series C company with established revenue or a bootstrapped profitable entity. Prospective buyers should request references from existing customers, ideally academic medical centers with multi-year deployments, to assess vendor responsiveness and product stability over time.

The likely roadmap, inferred from the literature, involves expanding modality coverage beyond CBT and motivational interviewing to include dialectical behavior therapy, acceptance and commitment therapy, and trauma-focused approaches. The 2024 suicide safety planning training study suggests interest in crisis intervention protocols, a clinically important but technically challenging domain for AI due to the high-stakes, improvisational nature of suicide risk assessment. If the vendor can demonstrate competency scoring accuracy for these less-manualized interventions, market applicability broadens significantly. However, no public product roadmap or release timeline is available, forcing buyers to speculate.

How it compares

Eleos Health is the most direct competitor, offering AI-powered session documentation and clinical supervision feedback for behavioral health. Eleos integrates more deeply with EHRs, automatically generating session notes and treatment plans rather than focusing exclusively on fidelity scoring. Eleos wins for organizations prioritizing documentation burden reduction and EHR interoperability. Lyssn wins for training programs prioritizing protocol adherence measurement and granular intervention feedback. The two tools address overlapping but distinct use cases: Eleos is for practicing clinicians managing caseload documentation, Lyssn is for training directors evaluating trainee competency development.

Cogito provides real-time conversation AI feedback, analyzing vocal tone and dialogue patterns during calls to guide customer service representatives and, in some healthcare applications, clinicians. Cogito's real-time architecture offers in-the-moment coaching, a feature Lyssn lacks as a post-session analysis tool. Real-time feedback may accelerate skill acquisition by providing immediate correction, but it also introduces cognitive load during sessions, potentially distracting therapists from patient engagement. Lyssn's post-session model avoids this distraction but delays feedback to the next supervision meeting. The choice depends on whether training directors prioritize immediacy or minimize in-session interruption.

Blueprint is another session analysis platform targeting therapy fidelity, with similar core functionality to Lyssn. Public comparison data is scarce, making head-to-head differentiation difficult. Prospective buyers should request side-by-side demos focusing on transcript accuracy (how well the AI handles mumbled speech or crosstalk), intervention taxonomy granularity (how many distinct CBT techniques the system recognizes), and supervisor dashboard usability. The market is early enough that feature parity is high and vendor selection may hinge on sales relationship and pilot terms rather than technical superiority.

Traditional manual supervision remains the gold standard in the absence of comparative effectiveness data. Expert supervisors catch nuances AI cannot: therapist-patient rupture repair, countertransference, cultural attunement, and ethical boundary management. Lyssn does not replace human supervision; it augments it by expanding session coverage and providing quantitative baselines. The risk is that organizations treat AI scores as sufficient and reduce human supervision hours prematurely, undermining training quality. The ideal model is hybrid: AI covers breadth, human supervisors provide depth, and training directors rigorously track whether trainee outcomes remain stable or improve.

What clinicians say

Zero mentions of Lyssn were found on Reddit's mental health clinician communities (r/psychotherapy, r/clinicalpsychology, r/therapists) or broader medical forums (r/medicine, r/residency). This absence is notable given that competing tools like Eleos Health and Freed generate regular practitioner discussions. The lack of ground-truth clinician sentiment makes it impossible to assess user satisfaction, workflow fit, or unintended consequences. Without clinician voices describing how the tool affects supervision dynamics or whether AI feedback aligns with their clinical intuition, decision-makers are flying blind.

The silence may reflect limited adoption outside research settings, suggesting the tool has not penetrated the broader mental health workforce. Alternatively, users may be bound by institutional policies that discourage public discussion of internal quality assurance tools, particularly those that evaluate clinician performance. Either way, the evidence gap is concerning. Training directors should demand references from peer institutions and conduct site visits to observe Lyssn in actual supervision workflows before committing resources. Vendor case studies are insufficient; direct clinician interviews are necessary.

This lack of organic clinician discourse contrasts sharply with the rapid practitioner-led adoption of AI documentation tools, where clinicians share workflow hacks, integration tips, and frustrations openly online. The difference suggests Lyssn is perceived as an institutional tool imposed from above rather than a clinician-driven efficiency gain. For tools that evaluate performance, bottom-up adoption signals are critical: if the people being evaluated do not find the feedback valuable, the tool fails regardless of administrative enthusiasm.

What the literature says

Five PubMed citations surfaced, none of which are completed outcomes studies of Lyssn's effectiveness. The most relevant is the 2022 BMC Health Services Research protocol paper describing Project AFFECT, which plans to deploy Lyssn in community mental health centers to provide AI-generated fidelity feedback for CBT. The study is a protocol, not results: it describes the planned RCT design comparing AI-augmented supervision to standard supervision, measuring trainee competence via independent evaluator ratings and patient outcomes via PHQ-9 and GAD-7 scores. As of May 2026, no follow-up paper reporting trial results has been published, indicating the study is ongoing or results are under review. This is the evidence base: a planned experiment, not validated effectiveness.

The 2024 Clinical Psychology and Psychotherapy RCT on computer-assisted CBT demonstrates that AI can identify effective intervention components within coaching sessions for depression and anxiety, establishing proof-of-concept that algorithms can parse therapy dialogue for evidence-based techniques. However, this study examined computer-assisted self-help with clinician support, not live psychotherapy supervision, limiting direct applicability. The 2024 Addiction Science and Clinical Practice commentary discusses the potential for technology to improve counseling quality in opioid treatment programs, citing supervision scalability as a workforce challenge, but does not evaluate a specific AI tool or report outcomes data. These papers provide context for the problem Lyssn aims to solve but do not validate its solution.

The 2024 JMIR Formative Research paper on eLearning training for suicide safety planning explores technology-mediated skill development, noting that resource-intensive in-person training limits scalability. This aligns with Lyssn's value proposition but does not directly assess AI supervision tools. The absence of Lyssn-specific outcomes literature is the defining evidence gap. Training directors must recognize they are adopting a tool in late-stage development or early commercialization, not a clinically validated standard of care. This is acceptable for organizations with research infrastructure and tolerance for null results, but inappropriate for routine clinical deployment at scale.

Who it's for

Large academic training programs graduating 20 or more therapists annually, with dedicated supervision budgets exceeding $100,000 and existing session recording infrastructure, are the best fit. These organizations have the research capacity to rigorously evaluate whether Lyssn-augmented supervision improves trainee competency development compared to historical cohorts, the scale to justify enterprise pricing, and the IT security resources to complete vendor onboarding. Programs with NIMH or HRSA grant funding for workforce development may find Lyssn aligns with funder priorities around evidence-based practice implementation, enabling them to demonstrate scalable supervision models in grant reports.

Community mental health centers participating in practice-based research networks or learning collaboratives, particularly those focused on CBT or motivational interviewing fidelity, are secondary candidates. These organizations often struggle with supervision capacity due to high clinician turnover and limited senior staff availability. Lyssn's ability to provide quantitative feedback across all sessions, not just the two per month a supervisor can manually review, addresses a real pain point. However, these organizations must have clarity on pricing before committing, as Medicaid reimbursement margins leave little room for expensive enterprise tools. Pilot funding from state behavioral health authorities or foundation grants may be necessary to test feasibility.

Who should wait: solo practitioners, small group practices (fewer than 10 therapists), and organizations without research capacity or established recording workflows should not adopt Lyssn at this stage. The enterprise pricing model excludes small buyers, and the evidence gap makes it inappropriate for routine clinical use outside research contexts. Private practice therapists seeking supervision feedback are better served by traditional peer consultation groups or manual session review with a senior clinician. Organizations treating primarily patients with complex trauma, personality disorders, or psychotic spectrum conditions should hesitate, as the tool's fidelity coding may not capture the relational and improvisational skills central to effective treatment in these populations.

The verdict

Lyssn represents a technically plausible solution to a real workforce problem: the supervision bottleneck in therapist training. Automating session analysis to expand supervision bandwidth and provide quantitative fidelity feedback is a legitimate use case for natural language processing in mental health. However, the evidence base is insufficient for broad adoption. The most relevant peer-reviewed literature is a 2022 protocol paper describing a planned RCT, not published outcomes. Zero clinician sentiment data from Reddit or other practitioner communities means no ground-truth validation that the tool delivers value in real-world supervision workflows. Enterprise-only pricing with no published tier structure creates adoption friction for the very organizations most likely to benefit: under-resourced community mental health centers training the bulk of the behavioral health workforce.

The recommendation depends entirely on organizational context. Large academic training programs with research infrastructure, established session recording practices, and supervision budgets exceeding $100,000 annually should consider a pilot, framed explicitly as a research study with pre-specified metrics for trainee competency development and patient outcomes. These organizations can contribute to the evidence base the field needs while potentially gaining supervision efficiency. They should demand vendor transparency on pricing, SOC 2 certification status, and references from peer institutions before signing contracts. Pilot scope should be limited (10 to 20 therapists, 12-month term) with clear exit criteria if AI feedback does not correlate with independent evaluator ratings of trainee competence.

Everyone else should wait. Solo practitioners and small group practices are excluded by pricing and lack the scale to justify the tool. Community mental health centers without research capacity risk adopting an unvalidated tool that may not improve training outcomes, wasting scarce resources. Training directors at these organizations should monitor the peer-reviewed literature for Project AFFECT results and watch for Lyssn adoption by peer institutions whose training models they respect. If positive effectiveness data emerges and pricing becomes transparent, the calculus changes. Until then, the responsible decision is to invest supervision resources in proven models: increasing human supervisor FTE, expanding peer consultation infrastructure, or adopting session recording workflows that enable manual review at greater scale. Lyssn is a promising hypothesis, not a validated standard of care. Treat it accordingly.

Editorial review last generated May 25, 2026. Synthesized from clinician sentiment, peer-reviewed coverage, and our editorial silo picks. Refined by hand where vendor facts change.

Overview

Not a scribe — therapist-training analytics. MI/CBT fidelity scoring. Used by training programs.

Pricing

What it costs

Free tier only; no paid plans publicly disclosed.

TierMonthlyAnnualNotes
PlanEnterprise.

Source: vendor pricing page. Verified July 3, 2026.

Peer-reviewed coverage

What the literature says

5 peer-reviewed studies indexed on PubMed evaluate Lyssn in clinical contexts. The most relevant are shown below, ranked by editorial relevance score combining title match, study design, recency, and journal tier.

Using Artificial Intelligence to Identify Effective Components of Computer-Assisted Cognitive Behavioural Therapy.
Coleman JJ, Owen J, Wright JH, et al.· Clin Psychol Psychother· 2024RCT
Although clinician-supported computer-assisted cognitive-behaviour therapy (CCBT) is well established as an effective treatment for depression and anxiety, less is known about the specific interventions used during coaching sessions that contribute to outcomes. The current study used artificial intelligence (AI) to identify specific components of clinician-supported CCBT and correlated those scores with therapy outcomes. Data from a randomized clinical trial comparing clinician-supported CCBT with treatment as usual in a primary care setting were utilized. Participants (n = 95)…
Protocol for a randomized controlled trial: exercise-priming of CBT for depression (the CBT+ trial).
Meyer JD, Kelly SJE, Gidley JM, et al.· Trials· 2024RCT
Depression is a leading cause of disability worldwide, and treatments could be more effective. Identifying methods to improve treatment success has the potential to reduce disease burden dramatically. Preparing or "priming" someone to respond more effectively to psychotherapy (e.g., cognitive behavioral therapy [CBT]) by preceding sessions with aerobic exercise, a powerful neurobiological activator, could enhance the success of the subsequently performed therapy. However, the success of this priming approach for increasing engagement of working mechanisms of psychotherapy (e.g., increased wor…
Improving the quality of counseling and clinical supervision in opioid treatment programs: how can technology help?
Peavy KM, Klipsch A, Soma CS, et al.· Addict Sci Clin Pract· 2024
The opioid epidemic has resulted in expanded substance use treatment services and strained the clinical workforce serving people with opioid use disorder. Focusing on evidence-based counseling practices like motivational interviewing may be of interest to counselors and their supervisors, but time-intensive adherence tasks like recording and feedback are aspirational in busy community-based opioid treatment programs. The need to improve and systematize clinical training and supervision might be addressed by the growing field of machine learning and natural language-based technology, which can…
Harnessing Innovative Technologies to Train Nurses in Suicide Safety Planning With Hospital Patients: Formative Acceptability Evaluation of an eLearning Continuing Education Training.
Darnell D, Pierson A, Tanana MJ, et al.· JMIR Form Res· 2024
Suicide is the 12th leading cause of death in the United States. Health care provider training is a top research priority identified by the National Action Alliance for Suicide Prevention; however, evidence-based approaches that target skill building are resource intensive and difficult to implement. Novel computer technologies harnessing artificial intelligence are now available, which hold promise for increasing the feasibility of providing trainees opportunities across a range of continuing education contexts to engage in skills practice with constructive feedback on performance. This pilo…
Enhancing the quality of cognitive behavioral therapy in community mental health through artificial intelligence generated fidelity feedback (Project AFFECT): a study protocol.
Creed TA, Salama L, Slevin R, et al.· BMC Health Serv Res· 2022
Each year, millions of Americans receive evidence-based psychotherapies (EBPs) like cognitive behavioral therapy (CBT) for the treatment of mental and behavioral health problems. Yet, at present, there is no scalable method for evaluating the quality of psychotherapy services, leaving EBP quality and effectiveness largely unmeasured and unknown. Project AFFECT will develop and evaluate an AI-based software system to automatically estimate CBT fidelity from a recording of a CBT session. Project AFFECT is an NIMH-funded research partnership between the Penn Collaborative for CBT and Implementat…

See all on PubMed