Publication: Developmental anatomy of the thalamus, perinatal lesions, and neurological development
Developmental anatomy of the thalamus, perinatal lesions, and neurological development
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Govaert, P., Arena, R., Dudink, J., Steggerda, S., Agut, T., Marissens, G., Hoebeek, F., EurUS.Brain group, et al, & Mühlbacher, T. (2025). Developmental anatomy of the thalamus, perinatal lesions, and neurological development. Developmental Medicine and Child Neurology, 67(1), 15–34. https://doi.org/10.1111/dmcn.15992
Abstract
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The thalamic nuclei develop before a viable preterm age. GABAergic neuronal migration is especially active in the third trimester. Thalamic axons meet cortical axons during subplate activation and create the definitive cortical plate in the second and third trimesters. Default higher-order cortical driver connections to the thalamus are then replaced by the maturing sensory networks, in a process that is driven by first-order thalamic neurons. Surface electroencephalographic activity, generated first in the subplate and later in the c
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- Govaert, Paul
- Arena, Roberta
- Dudink, Jeroen
- Steggerda, Sylke
- Agut, Thais
- Marissens, Gertjan
- Hoebeek, Freek
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Govaert, P., Arena, R., Dudink, J., Steggerda, S., Agut, T., Marissens, G., Hoebeek, F., EurUS.Brain group, et al, & Mühlbacher, T. (2025). Developmental anatomy of the thalamus, perinatal lesions, and neurological development. Developmental Medicine and Child Neurology, 67(1), 15–34. https://doi.org/10.1111/dmcn.15992
