Volha Liaudanskaya

Injury-induced CTE-like pathology emerges in a human multicellular in vitro brain model and reveals mitochondrial and neurovascular regulation.

This paper develops a human multicellular in vitro brain model that mimics CTE-like pathology after mechanical injury and identifies mitochondrial and neurovascular dysregulation as key features.

Multi-modal, Label-free, Optical Mapping of Cellular Metabolic Function and Oxidative Stress in 3D Engineered Brain Tissue Models

This study develops a label-free optical method to assess metabolic function and oxidative stress in 3D brain tissue models using spectral imaging and fluorescence lifetime analysis.

A long-lived Human Neurovascular PENTA Culture Model Reveals Incomplete Vascular Repair and Glial-Mediated Signaling After Traumatic Brain Injury.

The paper develops a human neurovascular culture model to study TBI effects, finding incomplete vascular repair and glial-mediated signaling changes.

Microglia Mitochondria Drive Neuronal Maturation via Metabolic and Transcriptional Reprogramming

The paper identifies microglia and their mitochondria as modulators of neuronal circuit development and potential contributors to ASD progression.

The Silent Saboteur: How Mitochondria Shape the Long-Term Fate of the Injured Brain.

This study identifies mitochondrial dysfunction in neurons and glia as an early driver of neurodegeneration following traumatic brain injury, linking it to Alzheimer's disease pathology.