Veith et al. show how a fish—Danionella cerebrum—can reliably startle away from sound. It uses the relative phase between particle motion and pressure to infer the direction of sound. This sensorimoto...

Gene expression patterns underlie development, but their systematic detection in whole embryos has remained elusive. We introduce a whole-embryo imaging platform using multiplexed error-robust fluores...

What do you see when you pass fruit and vegetables through an MRI scanner? And how many animated GIFs can you make?

GPU-accelerated oblique interpolation for volume unshearing / deskewing in oblique plane microscopy (OPM) - danionella/opm_unshear

Infants of many species produce distress calls when in need of parental care. As they mature and gain independence from caregivers, juveniles stop producing infant calls and begin producing adult-like...

A study demonstrates that the fish Danionella cerebrum is able to discriminate the direction of sound by comparing the relative phase of pressure and particle motion.

Highlighted Article:Danionella cerebrum is one of the smallest vertebrates known to perform acoustic communication: juvenile fish develop their sexually dimorphic ability for sound production.

The authors develop a high-speed remote focusing method for volumetric voltage imaging enabling imaging at 500 volumes/s. This is combined with light sheet microscopy to record data from >100 ...