17th May, 2018
BMS Postgraduate Colloquium
Congratulations to all the students who presented at the BMS Postgraduate Colloquium this week.
11th April, 2018
PCOS research featured in the news
The latest exciting findings from Assoc Prof Rebecca Campbell's lab into the role of brain signalling in polycystic ovary syndrome was featured on RadioNZ on 10th April.
14th March, 2018
Is a man's grey matter the same as a woman's? The documentary features Professor Allan Herbison and Dr Jenny Clarkson and was made with the support of NZ on Air.
9th February, 2018
Dahlia based diabetes drug developed by Physiology researcher ready for human trials
In partnership with Plant and Food Research, researchers will soon begin human trials of a drug made from dahlias.
9th January, 2018
Otago breakthrough in diabetic heart disease
The molecule responsible for heart disease in diabetics has been identified by University of Otago researchers, greatly improving chances of survival.
28th May, 2018
(i) Bradley Jamieson & (ii) Shalini Kumar, 1-yr PhD Presentation, Department of Physiology
23rd June, 2017
Congratulations to Professor Allan Herbison who is the recipient of two Health Research Council of NZ (HRC) Project Grants totalling almost $2.6 million.
Both projects provide 3-years of funding. Details of the projects are:
GnRH neuron control of ovulation ($1,167,633):
Nearly 40% of women suffering form infertility are unable to ovulate normally. While it is known that the gonadotropin-releasing hormone (GnRH) neurons in the brain control fertility, the molecular and cellular characteristics of the sub-population of GnRH neurons that drive ovulation are not established. This project aims to identify and characterize the specific GnRH neurons responsible for generating the "GnRH surge" that initiates ovulation. This will be achieved by implementing cutting-edge optogenetic neuroscience methodologies that will allow the electrical activity of "GnRH surge neurons" to be recorded. In addition, the use of a novel genetic cell activity detection strategy will allow the electrical membrane properties and gene expression profiles of GnRH surge neurons to be identified. These studies will generate an in-depth understanding of the key cells that drive ovulation and thereby provide a platform for developing therapeutic agents for fertility control.
Deciphering the dendron for fertility control ($1,092,337):
The gonadotropin-releasing hormone (GnRH) neurons control fertility in all mammals including humans. We have recently discovered that GnRH neurons have a cellular process previously unknown in the central nervous system termed a "dendron". We propose that the unique features of the GnRH neuron dendron allow neural inputs to generate and modulate the pulsatile release of reproductive hormone levels in the blood. Correct levels of hormone pulsatility are critical for fertility. This project will use innovative neuroscience technologies to identify the neural inputs acting upon the dendron and then establish their physiological role in regulating the secretion of GnRH. Together, these studies will determine how this unique neuronal structure operates and provide a foundation for exploring the utility of dendron-targeted therapies for fertility control in humans.
I believe the best way to grow as a scientist is to be thrown in the deep end early on. My summer projects gave me this opportunity in a safe and fun environment, so when I started my thesis research I was already familiar with the scientific method. Having finished my PhD, I also really appreciate the boost they give my academic CV!