Turn Counts
Total turns with left/right breakdown per maze arm and trial block
ConductVision · Behavioral Analysis
Drosophila Maze Array
Interchangeable maze geometries for spatial cognition and turn bias analysis.
DrosophilaLocomotor BehaviorAuto Export
ConductVision / Drosophila Maze Array
Recording / Trial 3fly tracked
Turn Bias62% L
Decision Time3.2s
Distance18.4mm
Key Parameters
Metrics automatically extracted by ConductVision.
Turn Bias Score
Lateralized turning preference index normalized across maze geometries
Locomotor Handedness
Long-term left/right turning preference aggregated over full session
Velocity
Mean and peak movement speed through each maze configuration segment
Maze Configuration
Y, T, Plus, and Minus geometry selection with automatic arm labeling
Decision Latency
Time spent at each choice point before committing to a turn direction
+ 4 more parameters trackedShow allHide
Path Efficiency
Ratio of straight-line distance to actual path length through maze arms
Exploration Index
Proportion of unique maze arms visited per trial relative to total available
Perseverance Score
Tendency to repeat prior turn decisions across consecutive choice points
Inter-Trial Consistency
Stability of turn bias and locomotor patterns across repeated sessions
What is the Drosophila Maze Array?
The Drosophila Maze Array studies locomotor behavior using interchangeable maze geometries — Y, T, Plus, and Minus configurations — each probing different aspects of spatial cognition. Sloped sigmoid-style ceilings restrict vertical movement for accurate overhead tracking.
ConductVision quantifies total turns, directional counts, turn bias scores, and locomotor handedness. Light and pattern manipulations allow researchers to dissect how sensory exposures influence movement decisions.
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