Brooke Hingtgen

About

Brooke Hingtgen’s research lies at the intersection of rehabilitation robotics and motor learning, with a focus on restoring upper-limb function after stroke. Her most-cited work, “Kinematic Implications of Learned Non-Use for Robotic Therapy” (2005), introduced a critical framework for evaluating robotic therapy’s effectiveness by targeting learned non-use (LNU)—a phenomenon where stroke survivors underutilize their affected limb despite residual motor capacity. Hingtgen proposed that kinematic measures of LNU could serve as sensitive, reliable indicators of carry-over from robot-assisted training to real-world function, moving beyond traditional impairment scales. This work, cited 3 times, laid groundwork for assessing whether robotic interventions consistently reduce motor impairment and improve spontaneous use. Her contributions highlight the need for outcome measures that capture not just what patients can do in the lab, but what they actually do in daily life. By bridging engineering and clinical neuroscience, Hingtgen’s research continues to inform the design of more effective, patient-centered rehabilitation technologies—a vital step toward personalized stroke recovery.

Research Focus

Key Achievements

Top Papers

1. 1
   Kinematic Implications of Learned Non-Use for Robotic Therapy

   3 citations · 2005

Key Collaborators

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