Ultrastructural Aspects of Otoliths and Sensory Epithelia of Fish Inner Ear Exposed to Hypergravity
Sites of calcium uptake of fish otoliths correspond with macular regions rich of carbonic anhydrase
Sites of calcium uptake of fish otoliths correspond with macular regions rich of carbonic anhydrase
Readaptation of Fish to Ig After Long-Term Microgravity: Behavioural Results from the STS 89 Mission
On the role of carbonic anhydrase in the early phase of fish otolith mineralization
On the role of carbonic anhydrase in the early phase of fish otolith mineralization
Neuroplastic Reactivity of Fish Induced by Altered Gravity Conditions: a Review of Recent Results
Neuronal Feedback Between Brain and Inner Ear for Growth of Otoliths in Fish
Neurobiological responses of fish to altered gravity conditions: a review
Influence of Hypergravity on Fish Inner Ear Otoliths: I. Developmental Growth Profile