Jørgen Høyer

This study identifies Anoctamin proteins as essential for polymodal sensory perception and larval metamorphosis in the tunicate Ciona intestinalis.

This study shows that mechanical forces influence the maturation and function of sensory neurons in the pre-vertebrate chordate Ciona intestinalis during post-embryonic development.

This study identifies the neuronal mechanisms underlying rheotaxis in the pre-vertebrate chordate Ciona intestinalis using behavioral analysis and computational modeling.

This study identifies polymodal sensory cells and neuronal sub-populations in Ciona intestinalis larvae that mediate settlement and metamorphosis in response to mechanical and chemical cues.

Mesmerize is a user-friendly platform for analyzing 2D and 3D calcium imaging data, offering a FAIR system for processing and visualization across multiple organisms.

The paper maps calcium dynamics during notochord development in Ciona intestinalis and identifies key regulatory mechanisms involved in tubulogenesis.