Todd M. Preuss

The paper investigates how white matter connectivity scales with brain size across primate species, finding a bottleneck in connectivity in larger brains.

The paper reports neural morphology changes in foxes selected for tameness or aggression, finding similar brain volume increases in both groups compared to unselected foxes.

The paper investigates DNA methylation evolution in human brain cells, showing reduced CG methylation and increased CH methylation, linked to schizophrenia risk.

The paper links the rapid evolutionary expansion of cognitive brain networks to gene expression patterns and shows associations with cognitive traits and disorders.

The paper examines how evolutionary changes in human brain connectivity overlap with schizophrenia-related changes, finding that human-specific connections are more involved in schizophrenia pathology.

The paper analyzes cell-type specific DNA methylation and transcriptomes in schizophrenia brains, finding reduced epigenetic distinction between cell types in schizophrenia.

The paper quantifies prefrontal cortex (PFC) size in humans relative to nonhuman primates, finding humans have significantly larger PFC gray and white matter volumes compared to chimpanzees and macaques.