Department of Physiology, Otago

Department of Physiology, Otago Community connection with the teaching, events and people of Physiology at Otago.

The Department of Physiology at the University of Otago provides undergraduate and postgraduate teaching, and houses world class research across 20 laboratories. Our research focussed within the three themes of Cardiovascular & Respiratory Physiology, Cellular & Molecular Neuroscience, and Membrane & Ion Transport, spans a broad range of physiological processes in health and disease. Current resea

rch interests include obesity, diabetes, heart failure, hypertension, age-related muscle wasting, infertility, motor function, neural reward mechanisms, kidney disease, gout, and inflammatory bowel disease.

Congratulations Phoebe on your well deserved prize 👏🏆
23/04/2026

Congratulations Phoebe on your well deserved prize 👏🏆

Congratulations to Phoebe Adler, who won the 2026 Neuroendocrinology | Te Pokapū Mātai Tauwhiti Io Tōpū-Taiaki (CNE) PhD Prize competition recently.

A record number of students this year entered the annual competition, with CNE director Associate Professor Karl Iremonger saying the presenters were outstanding.

“The students’ performance made us incredibly proud, particularly as they were presenting in front of our international visitor Dr Julie Bakker from the University of Liège.”

Three finalists presented in front of a Faculty of Biomedical Sciences audience:
- Phoebe Adler talked about evaluating TRPV channel mechanical activation and the implications for osmotic activation of vasopressin neurons.

- Caitlin MacRae talked about research investigating the androgen receptor as a node in the pathogenesis of polycystic o***y syndrome.

- Andy Stewart presented research investigating the mechanisms underlying the suppression of fever in late pregnancy.
Phoebe says she’s delighted to receive the CNE PhD Prize for her research, which aims to advance our understanding of the cellular mechanisms regulating body water balance.

In broad terms, Phoebe is investigating how the neurons in the brain which control our body’s water balance can sense changes of water content in our body and respond to it by releasing a hormone which regulates kidney function.

Karl says that Phoebe’s research highlights the importance of understanding the biological mechanisms by which the brain senses water and salt balance which is critical in order to better treat health conditions where this is disrupted.

12/04/2026
11/02/2026

A modest grant for a bold idea led to a new frontier in biomedical research. Read more about how certain genetic variants in our so-called ‘junk DNA’ might have a larger role than we think in influencing genes involved in diseases like gout, and how exploratory research and the funding to enable it made all the difference.
https://www.otago.ac.nz/news/newsroom/dna-variants,-zebrafish-and-a-wild-idea

Some awesome pictures of our OUASSA students from last week! Busy getting stuck in during the Anatomy portion of our col...
29/01/2026

Some awesome pictures of our OUASSA students from last week! Busy getting stuck in during the Anatomy portion of our collaborative project: Control of Movement. 💪🏼✨

Reminiscing on a great week with our Hands On students earlier this month! It was a full-on week of learning and fun. Th...
28/01/2026

Reminiscing on a great week with our Hands On students earlier this month! It was a full-on week of learning and fun. Their final task was to create a video showcasing highlights from their project 🌟🎞️

Getting into the kirihimete spirit, we had our annual Christmas function last week and we all had a blast! Was a great c...
12/12/2025

Getting into the kirihimete spirit, we had our annual Christmas function last week and we all had a blast! Was a great chance to reflect on the events of the past year, with great achievements from our staff and students in spite of the challenges and difficulties of the year.

Would like to highlight Lijo Varghese who won the student paper of the year award!

This chance to come together is something we value as a department, and hope that everyone we study with, work with, teach, and will teach in the future, has a nice holiday season.

Celebrating teaching innovation in Physiology!🎉Our Teaching Fellows, Madyson Hintz and Aisya Ahmad Zamri, recently prese...
28/11/2025

Celebrating teaching innovation in Physiology!🎉

Our Teaching Fellows, Madyson Hintz and Aisya Ahmad Zamri, recently presented at the Learning through the Lens of Educators Symposium.
Under the theme Research and Innovation in Teaching and Learning, they showcased their teaching innovation and newly published paper in Advances in Physiology Education:
“Associations between heart size and anthropometric and cardiovascular indicators: an undergraduate physiology teaching laboratory.”

🔗 https://doi.org/10.1152/advan.00254.2024

This paper also marks the department’s first teaching-focussed publication in the journal. Ka pai team! 😊

We would like to congratulate one of our PhD students, Daniel Lyth (pictured on the right), on his recognition at the DI...
26/11/2025

We would like to congratulate one of our PhD students, Daniel Lyth (pictured on the right), on his recognition at the DIS awards ceremony last week. Daniel’s appreciation award highlighted his efforts in providing first-class tutoring support to students. Congratulations Daniel, it is nice to see your hard-work and dedication to the student experience isn’t going unnoticed. 👏🎊

Ka pai tō mahi Joon and Karl! 👏
24/11/2025

Ka pai tō mahi Joon and Karl! 👏

Humans evolved a stress response to cope with imminent threats. But in the modern world, that same system can lead to chronic anxiety and depression.

Join us in congratulating Dr Joon Kim on his success! Being awarded one of Otago University’s Early career award for 202...
08/10/2025

Join us in congratulating Dr Joon Kim on his success! Being awarded one of Otago University’s Early career award for 2025 👏🏼🏆

The recipients of the 2025 University of Otago Early Career Awards are already having a positive impact on society and the environment across their fields of expertise.

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270 Great King Street
Dunedin
9016

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