Alexander Kozlov

Karolinska Institutet, KTH Royal Institute of Technology

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About

Alexander Kozlov is a leading computational neuroscientist whose work has fundamentally advanced our understanding of how the vertebrate nervous system generates and controls movement. His primary research focuses on the neural mechanisms underlying locomotion, postural control, and motor coordination, with a particular emphasis on the lamprey—a model system for studying the vertebrate spinal cord. Kozlov’s most influential contribution, the 2007 paper "Modeling a vertebrate motor system: pattern generation, steering and control of body orientation," has garnered 69 citations and stands as a cornerstone in the field. In this work, he developed a comprehensive computational model that integrates central pattern generators, sensory feedback, and biomechanics to simulate how the lamprey’s nervous system orchestrates swimming, steering, and body orientation. This model provided unprecedented insights into the neural circuits that produce rhythmic motor patterns and adapt to environmental demands. Earlier, his 2001 study on postural control in the lamprey laid the groundwork for understanding how the brainstem and spinal cord collaborate to maintain stability. Kozlov’s research bridges experimental neuroscience and computational modeling, offering a powerful framework for exploring motor control principles that are likely conserved across vertebrates, including humans. His work continues to inspire new approaches in robotics and neurorehabilitation.