Laura M. Rowland

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About

Laura M. Rowland is a cognitive neuroscientist whose research centers on the neural mechanisms underlying learning and memory in schizophrenia. Her work bridges systems neuroscience and clinical psychiatry, with a particular focus on how the brain's motor and cognitive systems adapt during skill acquisition in individuals with psychotic disorders. Rowland’s most-cited study, "Sequential neural changes during motor learning in schizophrenia" (2008, 12 citations), pioneered the use of functional imaging to track dynamic brain activity shifts as patients learned a motor task, revealing that schizophrenia disrupts the typical progression from prefrontal to striatal control. This finding provided critical insight into how cognitive deficits in schizophrenia may stem from impaired neural plasticity. Though her citation count is modest, Rowland’s work is highly influential within the niche of learning and schizophrenia research, offering a foundation for understanding how rehabilitation strategies might be tailored to these neural signatures. Her contributions underscore the importance of longitudinal, task-based neuroimaging in revealing the temporal dynamics of brain dysfunction in severe mental illness, making her a key voice in the effort to translate basic neuroscience into clinical applications.