After completing a doctoral degree in pharmacy in Iran, Dr Fatemeh Moheimani migrated to Australia to follow her passion for research.

She completed a Masters of Medical Science by research, investigating the effect of a novel polyunsaturated fatty acid on the development of atherosclerosis in the University of Adelaide.

A short stint at the Flinders Medical Centre followed before Fatemeh was offered an APA scholarship from the University of Sydney to undertake a PhD to investigate the molecular mechanism linking diabetes with atherosclerosis. During her PhD, Fatemeh attracted prestigious GSK postgraduate ward.

Joining RMIT’s Thrombosis and Vascular Diseases Laboratory as a postdoctoral researcher to work with Prof Denise Jackson in 2010, Fatemeh focused on the role of different regulatory mechanisms of platelets during thrombosis formation. Here, she also gained invaluable experience in running a laboratory, and co-supervising and mentoring postgraduate students and junior staff.

Fatemeh joined the University of Newcastle in 2013 as a postdoctoral fellow to work with Professor Darryl Knight, a preeminent expert on airway epithelium and respiratory diseases. Within the first year, she established the Airway Cell Biology laboratory and Air Liquid Interface (ALI) cell culture in Priority Research Centre of Healthy Lungs in the University of Newcastle, and Viruses, Infections/Immunity, Vaccines and Asthma (VIVA) in the Hunter Medical Research Institute (HMRI). Thereafter, Fatemeh has established collaborations nationally and internationally, published manuscripts, attracted research funding, presented in national and international conferences and supervised and mentored a number of undergraduate and postgraduate students and junior staff.

Fatemeh has joined the Teesside University as a Lecturer in Biomedical Science in September 2018. 

Dr Moheimani's research interests are to understand the molecular mechanisms underlying Respiratory diseases with the goal to provide novel and more effective interventions. She also has a passion to understand molecular mechanisms contributing to cardiovascular diseases and diabetes.

Dr Moheimani's laboratory offers PhD projects to understand the underlying mechanisms responsible for pathology of respiratory diseases. In particular, to understand the abnormalities of human airway epithelial cells, which are involved in the first line of defence against noxious inhaled particles and pathogens, in respiratory diseases (e.g. asthma).

Undergraduate Research Supervision

University of Newcastle

• Co-supervisor of one 4^th year Co-op student from UBC upgraded to an honours (2015-2016).
• Co-supervisor of two 3^rd year student (2015).

 Postgraduate Research Supervision

 University of Newcastle

• Co-supervisor of one PhD student (2015-2017).
• Supervisor of one completed Masters student of Pharmacy from University of Groningen, Netherlands (thesis marked 9 out of 10 - 2015).
• Co-supervisor of a junior Postdoc (2014-2017).

RMIT University

• Co-supervisor of two completed PhD students (2011-2014 and 2012-2015).
• Co-supervisor of two completed Masters students (2010 and 2012).
• Mentor of two completed PhD students (2011- 2014) and three Masters students (2010 and 2011).

Societies and Professional Memberships:

2021 – present: Academy of Higher Education

2019 – present: European Respiratory Society

2013 – present: Thoracic Society of Australia and New Zealand

2016 – present: Australian Pulmonary Epithelium Consortium

2017 – 2018: Lung Foundation Australia

2017 – 2018: American Thoracic Society

2014 –2016: Australian Society of Medical Research

2010 –2012: Australian Vascular Biology Society

2007 –2009: Australian Atherosclerosis Society ASM

Dr Moheimani is lecturing in various modules, including:

• Genomics and Bioinformatics (postgraduate), Module leader
• Cell Biology module, Module leader
• Clinical Pharmacology, Module leader
• Advanced Biological Aspects of Diseases module (postgraduate) 
• Molecular and Cellular Pathology module
• Human Ageing and Diseases module
• Anatomy and Physiology module
• Biological Methods module
• Science Communications and Bioethics module
• Clinical Correlations of Food and Nutrition module (postgraduate)
• Science Research Project module
• Biomedical Science Research Project module
• Advanced Life Science Research Project module (postgraduate)