Zach Werkhoven

The paper quantifies behavioral individuality in fruit flies using 80 million decisions from 183,000 flies, finding a left-bias in locomotor decisions and context-dependent effects of serotonin, sex, and temperature.

This study investigates behavioral variation within a genotype in Drosophila, finding sparse correlations between behaviors and showing that gene expression can predict positions on some behavior axes.

The paper examines how social environment and genotype affect individual and population-level behavioral asymmetries in Drosophila melanogaster, finding that individual asymmetries are modulated by social context while population asymmetries are not.

MARGO enables real-time tracking of many animals and closed-loop control of stimuli for large-scale behavioral experiments.

The paper shows that individual locomotor behavior in flies changes with ambient light, mediated by central complex output neurons with idiosyncratic responses.