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. Author manuscript; available in PMC: 2024 Feb 28.
Published in final edited form as: Eur J Neurosci. 2020 Jun 25;54(8):6864–6881. doi: 10.1111/ejn.14846

Table 3. Human brain areas analysed in this study.

Neocortex 1 Motor cortex (BA4) Layers (I–VI)
2 Premotor cortex (BA6/8) Layers (I–VI)
3 Dorsolateral prefrontal (BA9) Layers (I–VI)
4 Orbitofrontal (BA11/12) Layers (I–VI)
5 Occipital (BA17) Layers (I–VI)
6 Occipital (BA19) Layers (I–VI)
7 Inferior temporal (BA20/21) Layers (I–VI)
8 Occipitotemporal (BA37) Layers (I–VI)
9 Temporal polar (BA38) Layers (I–VI)
10 Inferior parietal (BA39) Layers (I–VI)
11 Superior temporal (BA41/42) Layers (I–VI)
12 Ventrolateral prefrontal (BA44/45) Layers (I–VI)
13 Dorsolateral prefrontal (BA46) Layers (I–VI)
Allocortex 14 Hippocampus (HC) Cornu ammonis
  1 (CA1)
Cornu ammonis 
  2 (CA2)
Cornu ammonis 
  3 (CA3)
Cornu ammonis 
  4 (CA4)
Dentate gyrus
  (DG)
Subcortical 15 Thalamus (TH)
grey nuclei 16 Caudate nucleus (CN)
Cerebellum 17 Cerebellum (CB) Granular cell
layer (GL)
Molecular cell layer (ML)
Brainstem 18 Midbrain (MB) Periaqueductal grey (PAG)
Substantia nigra (SN)
19 Pons (PO) Locus ceruleus
(LC)
Pontine nuclei (PN)
20 Medulla (MD) Inferior olivary nucleus (ION)
Hypoglossal nucleus 
(CNXII)

Abbreviation: BA, Brodmann area.