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Walking dreams in congenital and acquired paraplegia.

Marie-Thérèse Saurat, Maité Agbakou, Patricia Attigui, Jean‐louis Golmard, Isabelle Arnulf

Consciousness and Cognition December 2011 DOI: 10.1016/j.concog.2011.05.015 (opens in new tab)

Study at a glance

AI-extracted from the abstract
Characteristics Observational study Peer reviewed
Sample size 30
Population 15 paraplegic patients (including 5 with congenital paraplegia) and 15 healthy control subjects
Duration 6 weeks of dream reports
Key findings People with paraplegia, including those who never walked, reported voluntary leg movements such as walking, running, and dancing in their dreams, with walking dreams in 38.2% of patients versus 28.7% of controls and no correlation with paralysis duration. The authors propose that a cerebral walking program, possibly genetic but more likely formed via mirror neurons, is reactivated during sleep.

Abstract

To test if dreams contain remote or never-experienced motor skills, we collected during 6 weeks dream reports from 15 paraplegics and 15 healthy subjects. In 9/10 subjects with spinal cord injury and in 5/5 with congenital paraplegia, voluntary leg movements were reported during dream, including feelings of walking (46%), running (8.6%), dancing (8%), standing up (6.3%), bicycling (6.3%), and practicing sports (skiing, playing basketball, swimming). Paraplegia patients experienced walking dreams (38.2%) just as often as controls (28.7%). There was no correlation between the frequency of walking dreams and the duration of paraplegia. In contrast, patients were rarely paraplegic in dreams. Subjects who had never walked or stopped walking 4-64 years prior to this study still experience walking in their dreams, suggesting that a cerebral walking program, either genetic or more probably developed via mirror neurons (activated when observing others performing an action) is reactivated during sleep.

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