Traditional methods of testing cognition are not accessible to children with significant physical and speech impairments. Investigators with the Adapted Cognitive Assessment Laboratory (M-ACAL) develop alternative testing methods by using Assistive Technology (AT) with adapted versions of cognitive tests. We then investigate the neuropsychology of specific congenital neurodevelopmental conditions. Current studies focus on working memory, processing speed, attentional impairment, sleep disorder, and quality of life in children with cerebral palsy.
Findings have the potential to provide accurate information about cognitive and academic abilities that could then be used in clinical or school settings to better support medical, educational, and life planning.
Visit UofMHealth.org for information on clinical services available at the University of Michigan for people with cerebral palsy as well as links to other Cerebral Palsy research initiatives at the University of Michigan!
Contact us for more information on how to get involved in research with M-ACAL.
We are also affiliated with The Cerebral Palsy Research Consortium of Michigan.
Meet the M-ACAL Team!
Top (Left to Right): Donna Omichinski, Michael Evitts, Dr. Crystal Young, William Schutt, Dr. Seth WarschuaskyBottom (Left to Right): Dr. Danielle Shapiro, Annalisa Morgan, Dr. Jacqueline Kaufman
Seth Warschausky, PhD
Dr. Warschausky is a Professor in the Department of Physical Medicine and Rehabilitation at the University of Michigan, Director of the Division of Rehabilitation Psychology and Neuropsychology and Founding Director of The Michigan Adapted Cognitive Assessment Laboratory, funded by NIDRR, NIH and the Mildred Swanson Foundation. He is the founding President of the American Psychological Association’s Division 22, Section 1, Pediatric Rehabilitation Psychology and a Fellow in Division 22. He is on the Editorial Boards of Rehabilitation Psychology and the Journal of Pediatric Rehabilitation Medicine. He is on the Executive Board for United Cerebral Palsy of Michigan. He has served as an Advisory Board member to the American Psychological Association’s Center for Psychology in Schools and Education. His research, funded by DOED/NIDRR, NIH and the Mildred Swanson Foundation, has included psychometric studies in child neuropsychology, studies of social integration of children with disabilities, and quality of life research.
Jacqueline Kaufman, PhD
Dr. Jacqueline Kaufman is an Assistant Professor in the Department of Physical Medicine and Rehabilitation. She completed a predoctoral internship at the Columbus Children's Hospital and has published in the area of executive functioning and neuroimaging. She joined the faculty in 2005 after a T-32 Post-Doctoral Research Fellowship in the Department of Physical Medicine and Rehabilitation at Michigan. Dr. Kaufman's general research interests include the study of neuropsychological functioning in chronically ill pediatric populations. Specific research interests involve the use of basic cognitive neuroscience protocols during adapted neuropsychological testing of children with motoric and language impairments. She is currently funded through NIDRR to examine Working Memory in children with Cerebral Palsy.
Donna Riccio Omichinski, BA, CCRP, Study Coordinator
Donna has been the Study Coordinator for The Michigan Adapted Cognitive Assessment Lab at the University of Michigan since 2005. Her research interests include successful collaboration strategies in curriculum planning and constructive advocacy processes for parents of children with disabilities. She has developed a model that demonstrates a systematic and positive intervention strategy for parents of children with special needs to implement when collaborating with schools and service providers which was presented at the 2005 National TASH Conference. Donna has authored parent-directed publications that address the use of adapted assessment and their incorporation into educational planning and has also authored and co-authored peer-reviewed publications focusing on the use of adapted technology and choice-making. In 2009, she was the recipient of a certificate of appreciation from the University of Michigan's Council for Disability Concerns. She has served a two-year appointment to the State of Michigan Board of Speech Language Pathology (2009-2011). She is an appointed parent representative of her home school district’s Special Education Advisory Committee. She currently serves as a member to the Ministry of Persons with disabilities in the Catholic Archdiocese of Lansing (Michigan), and has developed adapted religious education curriculum. Donna is the parent of a child with a disability.
Traditional cognitive assessment requires the ability to speak, point, see, and hear. These methods of testing cognition and learning are not accessible to children with significant physical, communicative, and sensory impairments. The initial goals of the lab were to develop cognitive assessment procedures that provided a more accurate and well-rounded profile of the child’s abilities. This type of individualized profile was used to generate recommendations for appropriate supports in their school, home and community settings. To support this goal, we compiled a list of Parent/Teacher Resources to encourage the sharing of information to promote collaboration among all parties.
During the early stages of research, the M-ACAL team confronted wide variability in how consistently children with movement and speaking disabilities were able to communicate different kinds of choices. From these findings, a model for the progression of choice-making skills was developed that distinguishes between choices to indicate preference and choices to indicate knowledge.
As accessible instruments have been developed, we have begun to study the neuropsychology of specific congenital neurodevelopmental conditions. Current studies focus on literacy, processing speed, attentional impairments, sleep disorder, and quality of life in children with cerebral palsy. Future studies will examine additional cognitive functions in children with cerebral palsy and other neurodevelopmental conditions.
Our research findings have been published in chapters of prominent books and scientific journals, as well as consumer-oriented publications over the last few years; please refer to our bibliography for these published works.