The most prominent transient compartment of the primate fetal cortex is the deep, cell-
sparse, synapse-containing subplate compartment (SPC). The developmental role of the …

The human fetal cerebral cortex develops through a series of partially overlapping
histogenetic events which occur in transient cellular compartments, such as the subplate …

The cerebral wall of the human fetal brain is composed of transient cellular compartments,
which show characteristic spatiotemporal relationships with intensity of major neurogenic …

The subplate is a largely transient zone containing precocious neurons involved in several
key steps of cortical development. The majority of subplate neurons form a compact layer in …

We have employed immunohistochemistry for multiple markers to investigate the structure
and possible function of the different compartments of human cerebral wall from the …

The objective of this paper was to collect normative data essential for analyzing the subplate
(SP) role in pathogenesis of developmental disorders, characterized by abnormal circuitry …

We analyzed the developmental history of the subplate and related cellular compartments of
the prenatal and early postnatal human cerebrum by combining postmortem histological …

The developing mammalian cerebral cortex contains a distinct class of cells, subplate
neurons (SPns), that play an important role during early development. SPns are the first …

The subplate is a transient structure essential for normal development of the cortex. We used
magnetic resonance imaging of the fetal brain to assess cortical subplate evolution between …

The subplate layer of the cerebral cortex is comprised of a heterogeneous population of
cells and contains some of the earliest-generated neurons. In the embryonic brain, subplate …