Primary research interest

Molecular virology and structure of flaviviruses

About Me

I completed a Bachelor of Science with First Class Honours in Microbiology at The University of Queensland where I studied the antigenic properties of novel mosquito viruses in Australia. I then completed my PhD (2017-2021) at SCMB (UQ) with A/Prof Daniel Watterson, Dr Jody Hobson-Peters and Prof Roy Hall studying the infection and structure of mosquito and tick-borne flaviviruses. I continued my research on arboviruses as a Postdoctoral Researcher in A/Prof Daniel Watterson’s laboratory and was awarded an NHMRC Emerging Leadership Fellowship starting January 2022. My project aims to explore the structural evolution of flaviviruses to improve outbreak preparedness and design safer and more effective vaccines. 

Research Focus and Collaborations

My main focus is on using cryo-electron microscopy to provide insights into flavivirus structure, with implications for viral evolution, rational vaccine design and therapeutic antibody development. I am currently working on utilising cutting-edge structural biology in combination with this chimeric virus system to explore pathogenic viral emergence and evolution at the molecular level. With a unique toolset my research is positioned to reveal the structural details of flavivirus evolution in the context of the infectious virion superstructure. I aim to translate these findings into new vaccines and strategies to overcome current epidemics and counter emerging flaviviral threats.

Funded Projects

NHMRC Emerging Leadership Fellow (2022-2026) Reconstructing ancestral viruses to fight current and future flavivirus outbreaks. Total value of grant: $650,740

Researcher biography

Dr Natalee Newton is a molecular and structural virologist passionate about understanding the structure of flaviviruses and using these findings for the design and development of vaccines and therapeutics. Dr Newton completed her PhD at SCMB, UQ, developing a chimeric system to safely study the structure, using cryo-EM, of highly pathogenic tick- and mosquito-borne flaviviruses such as West Nile virus, dengue virus and tick-borne encephalitis virus. She also investigated the maturation and virion structure of an insect-specific flavivirus, which changed the way we view flavivirus architecture. Following this, Dr Newton began her post doc at SCMB UQ where she is now assessing the structure and immune profile of ancestral and sylvatic flaviviruses.