Lily R. Qiu

This study uses diffusion-weighted MRS to track cell-specific developmental trajectories in the cerebellum and thalamus of rat neonates, revealing age-related changes in metabolite diffusion properties.

The paper identifies molecular pathways associated with neurodevelopmental disorder subgroups using neuroimaging data from mice and humans.

The paper identifies a brain-wide twisting asymmetry in mice, similar to human cerebral petalia, using data from 3,500 animals across six cohorts.

This study compares the effects of sex chromosome trisomies on brain anatomy in humans and mice, finding species-specific patterns and some conserved regional impacts.

The paper uses MRI and Bayesian hierarchical modeling to show that immune dysfunction in mice affects specific brain regions and correlates with anxiety-like behaviors.

This study develops a Ddx3x haploinsufficient mouse model to investigate DDX3X syndrome, finding developmental and behavioral abnormalities linked to brain structural changes.

This study investigates the effects of Arid1b haploinsufficiency in mice, revealing sex-dependent neuroanatomical and behavioral phenotypes associated with neurodevelopmental disorders.

This study shows that Cul3 haploinsufficiency in mice causes social and cognitive deficits, cortical volume reduction, and cytoskeletal defects, which are rescued by RhoA inhibition.

This study shows that maternal high-fat diet exposure leads to persistent brain changes in adult offspring, affecting regions linked to neurodevelopmental disorders.

This study shows that deleting Atrx in mouse forebrain neurons causes male-specific spatial memory deficits linked to miR-137 dysregulation and synaptic abnormalities.

The paper identifies ASPHD1 as a key driver of reproductive traits in the 16p11.2 locus using biobank data, Mendelian randomization, and animal models.

The paper investigates how environmental enrichment affects brain volume in mice and identifies molecular processes involved, showing CREB is not required for these changes.

The paper uses MRI to show male-specific brain areas develop earlier than female-specific ones in mice across postnatal development.