Visual Attraction
Pattern and color preference scoring across wavelength and spatial frequency gradients
ConductVision · Behavioral Analysis
Drosophila Visual & Olfactory Apparatus
Combined visual and olfactory sensory integration assessment.
DrosophilaSensory IntegrationAuto Export
ConductVision / Drosophila Visual & Olfactory Apparatus
Recording / Trial 3fly tracked
Choice Index0.73
Latency8.5s
Arm Time82%
Key Parameters
Metrics automatically extracted by ConductVision.
Phototaxis Index
Quantified response to calibrated light stimuli from UV through visible spectrum
Odor Preference
Chemotaxis index for single and binary olfactory stimuli with dose-response curves
Decision-Making
Behavioral choice latency and accuracy when visual and olfactory modalities conflict
Courtship Behavior
Wing extension, orientation, and following quantified in paired social assays
Response Latency
Time to first stimulus-directed movement from trial onset
+ 4 more parameters trackedShow allHide
Cross-Modal Integration
Coherence score measuring alignment between visual and olfactory-driven responses
Habituation Rate
Exponential decline in response magnitude over repeated stimulus presentations
Learning Index
Performance improvement across sequential training trials with associative cues
Spatial Memory
Retention of stimulus-location associations measured in probe trials after delay intervals
What is the Drosophila Visual & Olfactory Apparatus?
The Drosophila Visual & Olfactory Apparatus evaluates how fruit flies respond to combined visual and olfactory stimuli, enabling research on sensory integration, preference hierarchies, and decision-making at the intersection of two modalities.
ConductVision automates tracking of visual pattern attraction, odor preference indices, anxiety-like avoidance, associative memory, and courtship behavior for high-throughput screens of drugs, genetic mutations, and environmental stressors.
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