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Showing posts from January, 2026

TEP alumna Prakansha N. Kumar’s new first-author paper: “Expression of the P2X1 receptor remains in the type II spiral ganglion neurons in the mature rat cochlea”

We’re delighted to share a new publication led by our TEP alumna Prakansha N. Kumar , based on research from her Master of Audiology : “Expression of the P2X1 receptor remains in the type II spiral ganglion neurons in the mature rat cochlea” ( Purinergic Signalling , Brief Report, open access; published 24 January 2026 ). Article available online:  https://link.springer.com/article/10.1007/s11302-026-10129-7 A special congratulations to Prakansha - this project was done during her Master of Audiology thesis project , and the paper has continued steadily through the publication process after she moved on. Seeing it now published is a real credit to Prakansha's hard work from MAud, and a fantastic example of thesis work making it into the peer-reviewed literature.  From Figure 1F, Kumar et al. 2026 What the paper is about Hearing begins in the cochlea , where sound is turned into signals that travel to the brain through spiral ganglion neurons (SGNs) . Most SGNs are type I...

Alizée Journal Club in Purinergic Signalling "P2X4 receptors as the dynamic regulators of auditory sensory cell activity: a potential new mechanism for protecting hearing?"

Alizée Journal Club in Purinergic Signalling "P2X4 receptors as the dynamic regulators of auditory sensory cell activity: a potential new mechanism for protecting hearing?" is available now online!  https://link.springer.com/article/10.1007/s11302-026-10130-0 Alongside her hands-on lab work over the summer, Ali also took on a substantial reading-and-writing challenge: she produced a publishable Journal Club article (a short, research-aware commentary that reviews an influential paper and explains why it matters).  Well done, Alizée Fisher-Ridoux — this is a fantastic outcome from the Summer Studentship. What Ali’s Journal Club highlights Ali’s piece focuses on a Journal of Neuroscience study by Riffault et al. (2025) that investigated how the P2X4 receptor (an ATP-gated ion channel) contributes to the function of outer hair cells (OHCs) —the sensory cells that provide the cochlea’s mechanical “amplification.” Key points from the featured study that Ali draws attention...

Happy New Year from the Translational Ear Physiology Team

Happy New Year from the Translational Ear Physiology Team Happy New Year to everyone from the Translational Ear Physiology Team. We are back in action at the University of Auckland and looking forward to an exciting year of research, learning, and connection. In 2026, we have several key milestones to aim for, including the completion of Master’s theses and a PhD thesis. It is always a rewarding time in the lab when projects move from data collection to pulling the story together, and we are excited to support our students and trainees through these final stages. We are also planning to take part in conferences and outreach activities throughout the year. We will share details of upcoming events on our website as soon as dates and plans are confirmed, so please keep an eye out and watch this space. One important date already on the calendar is World Hearing Day on 3 March. This is a global initiative that brings attention to hearing loss, hearing health, and the importance of resea...