Many neuropsychological theories agree that the brain maintains a relatively persistent representation of one's own body, as indicated by vivid "phantom" experiences. It remains unclear how the loss of sensory and motor information contributes to the presence of this representation. Here, we focus on new empirical and theoretical evidence of phantom sensations following damage to or an anesthetic block of the brachial plexus. We suggest a crucial role of this structure in understanding the interaction between peripheral and central mechanisms in health and in pathology. Studies of brachial plexus function have shed new light on how neuroplasticity enables "somatotopic interferences", including pain and body awareness. Understanding the relations among clinical disorders, their neural substrate, and behavioral outcomes may enhance methods of sensory rehabilitation for phantom limbs.
The homuncular jigsaw: investigations of phantom limb and body awareness following brachial plexus block or avulsion / Pazzaglia, Mariella; Leemhuis, Erik; Giannini, Anna Maria; Haggard, Patrick. - In: JOURNAL OF CLINICAL MEDICINE. - ISSN 2077-0383. - 8:2(2019). [10.3390/jcm8020182]
The homuncular jigsaw: investigations of phantom limb and body awareness following brachial plexus block or avulsion
Pazzaglia, Mariella
Primo
Writing – Review & Editing
;Leemhuis, ErikSecondo
Writing – Review & Editing
;Giannini, Anna MariaPenultimo
Supervision
;Haggard, PatrickUltimo
Supervision
2019
Abstract
Many neuropsychological theories agree that the brain maintains a relatively persistent representation of one's own body, as indicated by vivid "phantom" experiences. It remains unclear how the loss of sensory and motor information contributes to the presence of this representation. Here, we focus on new empirical and theoretical evidence of phantom sensations following damage to or an anesthetic block of the brachial plexus. We suggest a crucial role of this structure in understanding the interaction between peripheral and central mechanisms in health and in pathology. Studies of brachial plexus function have shed new light on how neuroplasticity enables "somatotopic interferences", including pain and body awareness. Understanding the relations among clinical disorders, their neural substrate, and behavioral outcomes may enhance methods of sensory rehabilitation for phantom limbs.File | Dimensione | Formato | |
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