Dr Prue Pereira
Dr Prue Pereira
Details
Role
Team Leader / Senior Research Officer
Research area
Clinical Sciences
Group
Neonatal Research
Dr. Pereira-Fantini is Discovery & Diagnostics Team Leader within the Neonatal Research group (Murdoch Children’s Research Institute). Over the course of her career Dr Pereira-Fantini has pioneered the use of comprehensive cellular and molecular-based technologies in paediatric research. In 2017, she established the world's first neonatal proteomic program whose aim is to; (1) define the events and mechanisms that underlie the development of preterm lung injury and chronic lung disease of prematurity and (2) develop tests for the early detection of lung injury.
Dr. Pereira-Fantini is Discovery & Diagnostics Team Leader within the Neonatal Research group (Murdoch Children’s Research Institute). Over the course of her career Dr Pereira-Fantini has pioneered the use of comprehensive cellular and...
Dr. Pereira-Fantini is Discovery & Diagnostics Team Leader within the Neonatal Research group (Murdoch Children’s Research Institute). Over the course of her career Dr Pereira-Fantini has pioneered the use of comprehensive cellular and molecular-based technologies in paediatric research. In 2017, she established the world's first neonatal proteomic program whose aim is to; (1) define the events and mechanisms that underlie the development of preterm lung injury and chronic lung disease of prematurity and (2) develop tests for the early detection of lung injury.
Top Publications
- Thomson, J, Rüegger, C, Perkins, E, Pereira-Fantini, P, Farrell, O, Owen, L, Tingay, D. Regional ventilation characteristics during non-invasive respiratory support in preterm infants. 2020.08.04.20168575 2026 view publication
- Tingay, DG, Farrell, O, Thomson, J, Perkins, EJ, Pereira-Fantini, PM, Waldmann, AD, Rüegger, C, Adler, A, Davis, PG, Frerichs, I. Unravelling the complexities of the first breaths of life. 2020.07.29.20161166 2026 view publication
- Dowse, G, Perkins, E, Thomson, J, Schinckel, N, Pereira-Fantini, P, Tingay, D. Synchronised inflations generate greater gravity dependent lung ventilation in neonates. 2020.06.12.20129379 2026 view publication
- Dahm, SI, Kenna, KR, Stewart, D, Pereira-Fantini, PM, McCall, KE, Perkins, L, Sourial, M, Tingay, DG. Aeration Strategy at Birth Does Not Impact Carotid Haemodynamics in Preterm Lambs. 2026 view publication
- Pereira-Fantini, PM, Ferguson, K, McCall, K, Oakley, R, Perkins, E, Byars, S, Williamson, N, Nie, S, Tingay, DG. Respiratory strategy at birth initiates distinct lung injury phenotypes in the preterm lamb lung. 2026 view publication
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