Featured Journal Articles
Peer-reviewed contributions from Wood Laboratory exploring systems-level engineering, microfluidic platforms, and neurodegenerative disease mechanisms at Georgia Tech.
Microfluidic Neurovascular Modeling Reveals Shear-Mediated Clearance of Amyloid-Beta Aggregates
Key Finding: Featured on journal cover with direct implications for early-stage neurodegenerative therapy testing.
Dynamic Network Modeling Identifies Phosphorylation Hubs in Acute Traumatic Brain Injury
Key Finding: Identified two novel upstream kinase targets now undergoing validation in in vivo mouse models.
Integrated High-Throughput Microfluidic Arrays for Multiplexed Single-Cell Cytokine Secretion
Key Finding: Reduces sample volume requirements by 90% compared to conventional plate-based assays.
Systems-Level Transcriptomic Profiling of Murine Microglial Priming in Chronic Neurodegeneration
Key Finding: Established open-access transcriptomic atlas utilized by over 40 global neurotrauma research groups.
Computational Reconstruction of Intercellular Signaling in Bioengineered Neural Tissues
Key Finding: Methodology adopted by Georgia Tech bioengineering core for rapid screening.
Mechanical Stretch Induces Rapid Astrocyte Reactivity and Glymphatic Transport Disruption in Vitro
Key Finding: Demonstrated direct biomechanical link between acute impact and long-term fluidic stasis.
Georgia Institute of Technology Academic Repository
For reprints, raw data sets, or collaborative inquiries, please contact Dr. Levi Wood.