Daniel Beaudet, Christopher L Berger, Adam G Hendricks
Single-molecule motility assays and live-cell imaging in neurons reveal that tau hyperphosphorylation disrupts the formation of cooperative tau envelopes along microtubules and lysosomal transport.
Utilizing the olfactory system of Drosophila, a critical period paradigm has provided new insight into the selectivity and longevity of the impact of early life experiences on sensory system circuitry.
Modularized spike sorting pipelines can identify performance bottlenecks, lower contribution barriers, and enable the development of highly accurate algorithms to turn extracellular recordings into spikes.
The rotational retinal flow generated by natural gaze stabilization is not merely visual noise to be subtracted but actively shapes human heading perception.
The open-source closed-loop system enables mice to learn modulation of cortical activity or movement by providing a platform for testing brain-behavior relationships in motor learning and neurorehabilitation research.
Michael A Savage, Cori Bertram ... Evelyne Sernagor
An interdisciplinary approach uncovers a never-before-seen multifaceted synchrony of developmental processes in the rodent retina which are driven by purinergic signalling from apoptotic retinal ganglion cells.
Joel Kowalewski, Barbara F Baer-Imhoof ... Anandasankar Ray
Honey bee olfactory aversion can be modeled using machine learning to iteratively discover bee-selective repellents, validated in free-flying assays, that can potentially reduce contact with pesticides.
