Papers
3
Total Citations
71
H-Index
3
About
N. London is a pioneering researcher in the field of neurorehabilitation engineering, with a primary focus on developing robotic systems to assess and restore locomotion following spinal cord injury (SCI). London’s major contributions center on the design and application of novel robotic platforms that quantify and train bipedal stepping in rodent models. Their seminal work, “Chapter 11 Use of robotics in assessing the adaptive capacity of the rat lumbar spinal cord,” has garnered 46 citations, establishing a foundational framework for robotic-assisted evaluation of spinal plasticity. London further advanced the field by engineering second-generation robotic systems that refined the quantification and training of treadmill locomotion in spinal-injured rodents, as detailed in a 2002 paper (13 citations). This work identified key design principles that enhanced the efficacy of robotic training. In a notable 2003 study (12 citations), London compared virtual and physical treadmill environments, demonstrating that robotic-controlled physical treadmills more effectively promote stepping recovery than virtual alternatives. This comparison has informed the design of future rehabilitation protocols. London’s innovative integration of robotics with neuroscience has significantly advanced our understanding of spinal cord adaptive capacity, providing critical tools for developing targeted locomotor therapies.
Research Focus
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