Davor Virag

The paper introduces VLADISLAV, a robust home cage monitoring system for rats, which significantly reduces data loss and improves reliability in Alzheimer's disease research.

The paper introduces MIROSLAV, an open-source platform for home cage monitoring of rodent activity, demonstrating its utility in detecting circadian dysrhythmia in a rat model of Alzheimer's disease.

This study injects tetanus toxin into different basal ganglia regions in rats to induce motor dysfunctions resembling parkinsonism, finding region-specific effects and reversible symptoms.

This study investigates gut redox dysregulation in a rat Alzheimer's model and assesses D-galactose's protective effects on redox homeostasis.

This study investigates redox homeostasis in the gastrointestinal tract of a brain-first Parkinson's disease rat model and finds no significant redox dyshomeostasis.

This study examines gastrointestinal redox biomarkers in Tg2576 mice, finding differences between presymptomatic and symptomatic stages and effects of D-galactose treatment on redox homeostasis and behavior.

This study investigates how central Alzheimer's pathology affects gastrointestinal mucus function in a rat model, finding altered secretion, composition, and barrier properties.

The paper describes a low-cost, open-source grip strength measurement system for rodents using a kitchen scale and microcontroller, validated in a Parkinson's disease model.

This study investigates the dual effects of galactose on redox regulatory networks in rat hippocampus, suggesting a hormetic mechanism where pro-oxidative effects may underlie protective benefits.

The paper describes a low-cost hardware and software platform for neuroscience research using a digital kitchen scale, demonstrating its use in analyzing acoustic startle and prepulse inhibition in rats.