Leandro A. Scholz

The paper investigates auditory habituation differences in zebrafish autism models, finding unique and shared brain-wide circuit changes across genetic lines.

This paper optimizes an optomotor response protocol for juvenile and adult zebrafish to measure visual acuity and neural function.

The paper provides a pre-trained pose estimation dataset and models for zebrafish larval behavior tracking using DeepLabCut and SLEAP, enabling faster and more efficient behavioral analysis.

This study examines the effects of sedation on brain-wide activity and auditory processing in larval zebrafish using calcium imaging, revealing a quieter, more stable brain state with altered sensory processing.

This study reveals that larval zebrafish have a broader frequency sensitivity and complex neural coding in their auditory system than previously thought.

BIAFLOWS provides a framework to document, deploy, and benchmark bioimage analysis workflows, enabling reproducible and fair comparisons of image analysis methods.

The paper evaluates image enhancement methods for filament tracing using factorial design, finding optimal workflows and robust methods for different image types.