A Drop-Tower Experiment to Determine the Threshold of Gravity for Inducing Motion Sickness in Fish
Influence of Hypergravity on Fish Inner Ear Otoliths: I. Developmental Growth Profile
Effects of vestibular nerve transection on the calcium incorporation of fish otoliths
Effects of Hypergravity on the Development of Cell Number and Asymmetry in Fish Brain Nuclei
Neuronal Feedback Between Brain and Inner Ear for Growth of Otoliths in Fish
Calcium-tracers disclose the site of biomineralization in inner ear otoliths of fish
Readaptation of Fish to Ig After Long-Term Microgravity: Behavioural Results from the STS 89 Mission
Fish-Otolith Growth in 1g and 3g Depends on the Gravity Vector