Associate Professor Sunita Ramesh

Associate Professor in Molecular Biology

College of Science and Engineering

place Biological Sciences
GPO Box 2100, ADELAIDE, SA, 5001

Dr Sunita Ramesh completed her PhD at the University of Adelaide, investigating the ‘Molecular Mechanisms of Zinc Uptake and Regulation in Cereals’. Upon completion of her PhD in August 2002, Dr Ramesh took up a position as a post-doctoral researcher in the Plant Research Centre at the Waite Campus, University of Adelaide. She continued her research into improving abiotic stress tolerance in crop plants such as wheat, barley, chickpea with a strong focus on the role of membrane transport proteins and associated signalling cascades. In 2015, Dr Ramesh was the lead researcher involved in identifying that gamma aminobutyric acid (GABA) – an inhibitory neurotransmitter in mammalian brains, is a stress signal in planta; and that a family of anion channel proteins have a putative GABA binding motif. Her reserach involves studying the role of GABA in reducing cell death in grape berries.

In 2017, Dr Ramesh started teaching part time at the School of Biomedicine at the University of Adelaide, while continuing her plant focussed research. Whilst at the School of Biomedicine, Dr Ramesh started research into the roles of ion channels and transporters in cell motility in cancer, with a particularly strong focus on brain cancer. Currently Dr Ramesh’s research focuses on identifying novel natural compounds and their modes of action in limiting tumour cell movement.

Dr Ramesh joined Flinders University as a Lecturer in Molecular biology in 2020 and established Transport Physiology and Signalling research group. Her laboratory uses several heterologous expression systems such as Xenopus oocytes, E. coli, yeast, tobacco cells, plants, and cell lines to answer research questions. Her research group focusses on investigating plant-soil-microbe interactions and the role of plant exudates to improve abiotic stress tolerance in plants. Her group also researches into identifying novel natural pharmacological compounds to limit brain cancer invasiveness.

Qualifications

PhD Molecular Physiology - The University of Adelaide

Honours, awards and grants

Year

Grant

Role

Funding ($)

2023-2027

Grains Research Development Corporation

CI

1.8 M

2023-2024

Channel 7 Children’s Research Foundation

CI (A)

91,816

2022-2023

Flinders Foundation Health Seed Grants

CI (B)

25,000

2022-2023

Neurosurgical Research Foundation Grant

CI (A)

31,000

2022-2025

Australia India Council Grant

(AIC-039-2021)

CI (A)

160,000

2019-2021

ARC Discovery (DP190101745)

CI (B)

433,000

2014-2017

OCE (Office of Chief Executive, CSIRO) Fellowships

CI (C)

300,000

2022 

2021

Flinders Foundation Health Seed Grants

DVCR Infrastructure Funding Grant

CI (B) 

CI (A)

$25,000

$45,000

2020

Major Equipment Round, CSE

CI (A)

$47,000

2017University of Adelaide Women's Research Excellence Award$5000
2016Excellent Poster AwardInternational Workshop for Plant Membrane Biology
2000Best Presentation / TalkThe University of Adelaide
1997Postgraduate Scholarship, CRC for Molecular Plant BreedingThe University of Adelaide

Topic coordinator
BTEC1001 Biotechnology
BIOL2771 Biochemistry
BIOL3711 Functional Plant Science
Topic lecturer
BIOL1001 Introduction to Plant Science
BIOL1102 Molecular Basis of Life
BIOL2001 Plants in Action
BIOL2771 Biochemistry
BTEC1001 Biotechnology
BIOL3711 Functional Plant Science
BIOL2772 Molecular Biology
Expert for media contact
Plants
Climate
Cancer
GABA signalling, Plant Responses to Drought and Heat, Root Exudates and Microbiome Interactions, Bioamendments
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Media expertise
  • Plants
  • Climate
  • Cancer
Interests
  • GABA signalling, Plant Responses to Drought and Heat, Root Exudates and Microbiome Interactions, Bioamendments
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