… FOXP2 may have been instrumental in our ability to develop and manipulate language.10 …
, part of the left IFG became what’s known as Broca’s area, which is critical in the motor control …

Proneural genes encode basic-helix-loop-helix (bHLH) transcription factors (TF) that
promote neural progenitor cell (NPC) differentiation in the developing nervous system. The …

… The data presented in this study underscore the importance of considering linguistic parental
concerns as part of the screening process. This is a realistic option to provide a solution to …

… and altered protein levels of Foxp2. Embryonic day 18 mother infection led to significant
gene alterations in frontal, hippocampal and cerebellar cortices of developing offspring. …

Purpose This clinical focus article addresses a current debate contrasting the long-standing
label of “specific language impairment” (SLI) with a recent alternative, “developmental …

… To the Program in Neuroscience, writ large: it has been my utmost pleasure getting to be a
part of this community. I have learned so much from so many members of PIN across all levels …

… Studies of both basic biology and disease thus must confront this long-standing puzzle: …
First, computational and experimental findings have shed light on the control of condensate …

This book approaches the past, present, and future of human physiology and diseases from
the perspective of Darwin’s evolutionary theory. In addition to natural, sexual, and artificial …

This chapter provides an overview how evolutionary theory has been applied to investigate
human behavior and cognition, examining whether human beings can be studied in the …

… As mentioned earlier, seemingly unique human specializations, such as Von Economo
or rosehip neurons, or ASPM or FOXP2 alleles, have repeatedly been found to occur in …