Keith K. Fenrich
Papers
3
Total Citations
93
H-Index
3
About
Keith K. Fenrich has made pioneering contributions to the field of spinal cord injury rehabilitation, focusing on the development of automated training systems to restore skilled forelimb function. His research centers on understanding the intensity thresholds required for efficient recovery after cervical spinal cord injury, using rat models to bridge preclinical and clinical applications. Fenrich’s most impactful work includes the creation of an automated, ad libitum full-time training robot that enables consistent, high-volume single pellet grasping tasks, dramatically improving rehabilitation outcomes. His 2020 study on self-directed training intensity thresholds (34 citations) established critical benchmarks for recovery, while his 2014 and 2015 papers on the training robot (31 and 28 citations, respectively) demonstrated its efficacy in enhancing motor function. These innovations have not only advanced the mechanistic understanding of activity-dependent plasticity but also provided a scalable, reproducible platform for preclinical trials. Fenrich’s work is notable for its translational potential, offering a robust framework for designing rehabilitation protocols that maximize neural recovery after spinal cord injury.
Research Focus
Key Achievements
Top Papers
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