We used the AI-powered tool LabGym to analyze the behavior of Punch 🐒—a Japanese macaque at Ichikawa City Zoo who recently became a social media sensation. (Original video source: @JapanZooStory YouTube Channel) #Punch #PunchTheMonkey #AnimalVideo #labgymbeh @OpenBehavior @UMLifeSciences

🐵🙈🙉🙊 LabGym quantifies user-defined behaviors—social or non-social—without physical markers. It’s 'subject-aware,' telling you which animal is doing what in a group. 3/

1/ Excited to announce our new book, “Genetic Models of Down Syndrome”! This comprehensive guide explores diverse model systems—from invertebrate to vertebrate models—to advance our understanding of Down syndrome. #DownSyndrome #GeneticModels #Genetics @GDSFoundation @t21rs

LabGym2 is out! We have also made a tutorial video (youtu.be/YoYhHMPbf_o) and written an extended user guide. See them on the LabGym Github page: github.com/umyelab/LabGym

The datamining module of LabGym2 shows you which metric of which behavior is statistically different between experimental groups.

The analysis of social behavior in LabGym2 is markerless!

The GUI of LabGym2 has been modified to be more intuitive. We have also made a tutorial video (youtu.be/YoYhHMPbf_o) and written an extended user guide (github.com/yujiahu415/LabGym…)

In this example,LabGym2 recognizes the behaviors of a chipmunk during its interaction with a human:

Our talented Rajani Arora created the art.