Miranda M. Lim

This study examines the temporal effects of combined PTSD and TBI in mice, revealing sex- and time-dependent behavioral deficits.

The paper investigates neurotype matching in prairie voles by manipulating early-life sleep experience and uses deep learning to analyze social interactions.

This study examines how biological sex and BMI affect the longitudinal changes in MRI-visible perivascular spaces (MV-PVS) in adolescents and young adults.

This study maps the developmental timeline of parvalbumin interneurons and related markers in prairie voles, identifying a sensitive period for somatosensory cortex maturation linked to social touch.

The paper investigates genetic and causal links between post-traumatic stress disorder and rapid-eye-movement sleep behavior disorder using polygenic risk scores, genetic correlation, and Mendelian randomization analyses.

The paper examines heart rate variability during sleep in Veterans with REM sleep behavior disorder and neurotrauma, finding reduced HRV in those with comorbid conditions during NREM sleep.

This study investigates the effects of Centella asiatica extract on sleep patterns in aged mice, finding sex-dependent improvements in sleep quantity and quality.

This study shows that AQP4 mis-localization impairs glymphatic clearance of α-synuclein and promotes its aggregation and spread in neurodegenerative diseases.

This paper introduces a subject-aware deep-learning system to quantify social roles in multi-animal groups across species and assays.

This study investigates how maternal cannabis use affects excitatory inputs to corticostriatal neurons in rat offspring, finding sex-specific changes in synaptic activity.

This study investigates how early life sleep disruption affects later sleep patterns in prairie voles, finding sex-specific changes in REM and NREM sleep in adulthood.

This study examines the immediate effects of yogic breathing on pulsatile cerebrospinal fluid (CSF) dynamics using MRI, finding increased cranial CSF velocities during certain breathing patterns.

This paper measures brain lactate levels during sleep-wake cycles in humans using MRS and PSG, finding significant reductions during sleep stages compared to wakefulness.