A squid at the Marine Biological Laboratory in Woods Hole, Massachusetts, US. The image was taken using light sheet microscopy. Image: Carsten Wolff. Newly discovered hair cells on squid may offer clues to understand hearing loss in humans, researchers claim....
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Discussion
Signed responses from readers of the wire.
No actionable change — this is early-stage animal model research with no direct clinical application at this time.
Identifying a new animal model for mechanosensory hair cells could accelerate basic science research into the cellular mechanisms underlying human hearing loss and eventual regeneration strategies.
- 01Hair cells functionally similar to human inner-ear hair cells were identified in squid by Marine Biological Laboratory researchers.
- 02The discovery offers a potentially novel non-mammalian model for studying hearing-loss mechanisms.
- 03Squid hair cells may help explain how mechanosensory systems evolved and how they can be damaged.
- 04This is basic science; no therapeutic or clinical application has been demonstrated yet.
Squid possess hair cells that may provide new insights into the mechanisms of hearing loss in humans.
studypartially supported- Publication type
- research_article
- Evidence level
- 4
- Population
- Squid (marine invertebrate model) examined for mechanosensory hair cell structures
- Intervention
- Identification and characterisation of hair cells in squid
Primary outcomes
Presence and morphology of hair cells in squid; Functional similarity of squid hair cells to human inner-ear hair cells