The JAX Animal Behavior System integrates standardized hardware, machine learning methods, and annotated datasets to enable reproducible behavioral phenotyping and genetic analysis across diverse mouse strains.
Acoustic jamming during bat emergence is weaker than expected because signal redundancy, echo integration, and simple movement rules enable robust navigation, as demonstrated by an agent‑based sensory-motor model.
New synaptically targeted GCaMP8 sensors and analysis tools capture calcium dynamics with the speed and sensitivity previously achievable only through electrophysiology and chemical dyes.
SegPore refines raw signal segmentation and alignment in nanopore direct RNA sequencing and thereby boosts the performance of RNA modification detection from in vitro data at single-read resolution.
