improving accessibility and personalization of cr for schizophrenia

Conditions: Schizophrenia; Schizoaffective Disorder

Summary: this project will explore adaptations of treatments for schizophrenia, with the goal of optimizing their effectiveness in real-world clinical settings and readiness for broad deployment. schizophrenia is associated with cognitive deficits that negatively impact essential areas of daily functioning. ny state office of mental health (omh) is the first and largest state system of care to implement a statewide program of cognitive remediation (cr), an evidence-based practice for improving cognition and aiding functional recovery. through cognitive remediation to promote recovery (cr2pr), cr is now offered in outpatient programs, with plans to expand to more services and further adapt implementation to improve treatment outcomes. this project will work directly with omh clinics and clinicians to build upon and improve current cr delivery methods. this project will study the impact of two adaptations. one focuses on increasing the accessibility of the program, which participants report is limited by the requirement of twice weekly attendance. this project will compare the feasibility and acceptability of delivering cr in either two clinic-based sessions (clinic) or one clinic and one remote session (hybrid) per week. qualitative interviews will be conducted with stakeholders to explore the impact of the adaptation. the second adaptation is intended to improve personalization of cr by systematically accounting for individual differences in neurocognitive needs. drawing upon convergent evidence for tailoring cr based on need for early auditory processing (eap) training, this project examines whether integrating a measure of eap into the current baseline assessment facilitates personalization of the menu of restorative computer-based exercises used in cr. feasibility parameters and qualitative/quantitative data analyses of facilitators and barriers to hybrid cr delivery will together inform further treatment refinement and the design of a larger effectiveness trial of clinic versus hybrid cr. this project will examine how eap assessment is employed by practitioners to personalize the cr treatment plan and examine if eap improvement is associated with cognitive outcomes in public practice cr settings. finally cognitive, functional, and service use outcomes in hybrid versus clinic cr will be compared.

cognitive remediation (cr) is an evidence-based practice to treat the pervasive and significant cognitive deficits that contribute to functional decline in schizophrenia. the new york state office of mental health (omh) has teamed with the principal investigator to be the first, and largest state system of care to implement a statewide program of cr tied to recovery programming. through cognitive remediation to promote recovery (cr2pr), cr is now offered in outpatient programs throughout the state, with plans to expand to more services and further adapt implementation to improve treatment outcomes. to proceed systematically, this project will work directly with cr2pr programs, guided by practice-based evidence gathered during cr2pr to build upon and improve current cr delivery methods in two ways. 1. ongoing program evaluation indicates that the burden of attending clinic twice per week for cr limits the number of people who enroll. this project will test the feasibility and collect preliminary data on the effectiveness of personalized cr delivery that involves one clinic visit and one remote session per week. demonstrating the effectiveness of incorporating remotely delivered cr would double the number of patients who could access the omh cr program and reduce treatment costs. 2. current effect sizes for cognition and functional outcomes may remain limited if personalization, mechanisms of action, and relevant targets are not better addressed. given evidence that early auditory information processing ability (eap) works as a neurobehavioral marker of need for sensory processing training, this study will test the potential to use baseline eap assessment to tailor cr, incorporating eap with other cognitive skills training as clinically indicated. the ultimate goal of integrating scalable assessment practices to personalize cr is to improve recovery outcomes. the study will use a repeated measures, randomized design. eligible participants who are referred to cr2pr will complete a routine baseline neurocognitive assessment with the addition of a eap measure, and will then be randomized to either all-clinic cr (clinic) or clinic+remote (hybrid) cr. the clinic research arm consists of 30 sessions delivered twice weekly in a group format of up to 8 participants with rolling admission. the hybrid condition consists of 15 clinic sessions in the above format, and independent homework on cognitive exercises for 60 minutes per week for 15 weeks using a laptop, pc or tablet available to them. all clinic sessions consist of 45 minutes of working on 3-4 computerized exercises selected by a clinician from a menu of web-based programs to improve the cognitive functions identified as impaired on the assessment. computer exercises are followed by 15 minute manualized discussion groups based on the concept of "bridging". all participants will complete a treatment satisfaction survey and will be re-tested on outcome measures approximately 1 week following end of treatment. additional data on the feasibility and acceptability of the hybrid approach will be gathered through a qualitative interview with participants at treatment endpoint.

Eligibility criteria:
inclusion criteria: * referred for participation in cognitive remediation to promote recovery by outpatient clinic teams * a primary dsm-5 diagnosis of schizophrenia or schizoaffective disorder * verbal iq estimate of 70 or above * stabilized on any psychotropic medication * english-speaking exclusion criteria: * unremitted substance dependence * neurological illness affecting brain functioning * traumatic brain injury within 2 years * auditory or visual impairment (uncorrected)

Keywords: cognitive remediation