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Members & Projects

Members: Translational Ear Physiology Team

2025 academic year (2025/2026) team

Haruna Suzuki-Kerr
Haruna has a deep fascination with the cochlea—its beautiful anatomy and the complexity that enables hearing. She is part of the Taringa Research and Innovation Platform (TRIP) research programme to develop new ways to deliver therapeutic molecules to the inner ear to treat hearing loss, alongside pursuing novel diagnostic approaches to better understand inner-ear pathologies. She is also leading investigations using sheep and human cochlear vasculature models, exploring whether blood vessels in the cochlea can be targeted for drug delivery and diagnosis. Outside the lab, Haruna enjoys searching for minerals and stones, and also likes art and singing. (LinkedIn, Unviersity profile)

Song Paek
Song is a research technical expert with broad experience spanning molecular techniques, flow cytometry, and multi-modality imaging, alongside extensive work with animal models. Song is part of the TRIP programme , driving the research on the drug delivery to the inner ear project.

Po-Yi Lue — PhD candidate
Po-Yi has a background in veterinary medicine and leads work characterising the sheep middle ear, outer middle ear, and inner ear anatomy in New Zealand Romney sheep. He is currently working to complete his PhD thesis. (University profile)

Steven Tran
Steven is a research assistant on the TRIP programme, investigating the ways to enhance delivery into the cochlea using a range of models. He joined the group through a summer studentship and an honours project, where he characterised the microanatomy of the osseous (bony) cochlear surface using scanning electron microscopy, micro-CT, and other imaging tools. (LinkedIn)

Jooa Kang
Jooa is undertaking a Master of Audiology thesis focused on characterising the sheep cochlear aqueduct, and comparing their anatomy with human structures.

Grace Yee
Grace is undertaking a Master of Audiology thesis focused on characterising the round window membrane and false membrane, comparing their molecular makeup.

Daarshini Ganesan
Daarshini is undertaking a Master of Audiology thesis focused on characterising the vascular development in animal models.

Jodi Rangitaawa — Rangahau assistant (Application of Te Ao Māori and Kaupapa Māori)
Jodi’s is part of TRIP programme. Jodi brings Te Ao Māori perspectives into the team’s research activities. She supports TRIP programme members, as well as the TEP team by advising on how to apply kaupapa Māori approaches and tikanga in day-to-day laboratory routines and research practice. (Jodi's LinkedIn)

Professor Peter Thorne — Honorary member to TEP Team; TRIP programme lead
Peter is leads TRIP programme with Haruna, and through the programme, he works with TEP team. Peter has expertise all across hearing research from population health to basic science. He is a mentor to many members of the TEP Team and shares his knowledge and experiences. (LinkedIn and University profiles



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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...

Welcome to our summer students 2025-2026!!

Welcome to our summer students 2025-2026!! Each summer, the Translational Ear Physiology Team aims to host undergraduate summer students, and we are delighted to welcome three students for this year’s programme. We are excited to host Sherlly Christine (University of Auckland Summer Research Scholarship), Alizée Fisher (University of Auckland Summer Research Scholarship), and Jude Anderson (Te Titoki Mataora Pacific Summer Studentship Scholarship). Summer studentships are a fantastic way for undergraduate students to gain hands-on experience in research, learn how a lab team works day to day, and contribute to projects that support our wider goals in hearing and inner ear biology. All three students will be embedded in team-based research projects at the University of Auckland. Sherlly’s project focuses on the cochlear aqueduct, including identifying and characterising this structure. Alizée’s project will explore the shape and anatomical features of the oval window. Jude’s project ...

Update: Translational Ear Physiology Blog & Facebook Live

Update: Translational Ear Physiology Blog & Facebook Live To help public visibilty and open sharing of science, we have setup a blog and facebook page for the translational ear physiology lab and team. We hope this will help us share exciting progress we are making, and celebrate the progress of science with broader audience.  We hope to provide some updates, celebrations, upcoming events (e.g. open seminars, outreach or conferences we might be participating), recruitment opportunities (e.g. new postgraduate students project and scholarship opportunities when available through the University) through the blog and website.  Websites: Facebook: https://www.facebook.com/people/Translational-Ear-Physiology-Lab/61581392826252/   Blog: www.earphysiology.com