1.
Hair cells (HCs) mediate auditory and vestibular sensation through synaptic transmission. Here, I identify asteroid (ast), an ENU-induced deafness mutant, as encoding ves [...]
2007 | Thesis |
2.
Zebrafish serve as a key model for auditory and vestibular research. We developed a novel method to quantify vestibular defects in larvae using the vestibulo-ocular refle [...]
2013 | Dissertation |
3.
Hair cells transduce physical forces into electrical signals in nerves through a process called mechano-electrical transduction (MET), allowing auditory and vestibular [...]
2018 | Dissertation |
4.
This thesis investigates the role of Rabconnectin3 in auditory function using zebrafish as a genetic model for congenital deafness. Rabconnectin3 was identified as essent [...]
2012 | Dissertation |