photo of Dr Randy Suryadinata

Dr Randy Suryadinata

Dr Randy Suryadinata

Details

Role Honorary Fellow
Dr Randy Suryadinata is Chief Ciliary Scientist for the Victorian Diagnostic Service for Primary Ciliary Dyskinesia (PCD) at the Royal Children’s Hospital and an Honorary Research Fellow with the Respiratory Diseases Group at the Murdoch Children’s Research Institute.

He leads one of only two specialised PCD diagnostic laboratories in Australia, overseeing the collection, processing, and assessment of airway cell samples. With a background in cell biology, he has improved the success rates in airway cell culture and expanded the service nationally through remote sampling, enabling samples to be collected at distant sites and analysed at RCH. This model improves access to high-quality diagnostic testing for geographically dispersed patients.

His research focuses on airway biology and physiology, including the environmental, social, and behavioural factors affecting airway cells, such as vaping and bushfire smoke. He actively collaborates with research groups for a number of different project s including investigation into the mechanisms of airway infection.
Dr Randy Suryadinata is Chief Ciliary Scientist for the Victorian Diagnostic Service for Primary Ciliary Dyskinesia (PCD) at the Royal Children’s Hospital and an Honorary Research Fellow with the Respiratory Diseases Group at the Murdoch...
Dr Randy Suryadinata is Chief Ciliary Scientist for the Victorian Diagnostic Service for Primary Ciliary Dyskinesia (PCD) at the Royal Children’s Hospital and an Honorary Research Fellow with the Respiratory Diseases Group at the Murdoch Children’s Research Institute.

He leads one of only two specialised PCD diagnostic laboratories in Australia, overseeing the collection, processing, and assessment of airway cell samples. With a background in cell biology, he has improved the success rates in airway cell culture and expanded the service nationally through remote sampling, enabling samples to be collected at distant sites and analysed at RCH. This model improves access to high-quality diagnostic testing for geographically dispersed patients.

His research focuses on airway biology and physiology, including the environmental, social, and behavioural factors affecting airway cells, such as vaping and bushfire smoke. He actively collaborates with research groups for a number of different project s including investigation into the mechanisms of airway infection.

Top Publications

  • Suryadinata, R, Martinello, P, McKinnon, M, Robinson, P. The Impact of Bushfire Smoke Exposure on Airway Epithelium and Protective Cilia.. J Appl Toxicol 46(4) : 1147 -1150 2026
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  • Suryadinata, R, Bennett-Wood, V, McKinnon, M, Vandeleur, M, Robinson, P. Repetitive Exposure to Nicotine-Free Vaping Impairs Airway Defences and Delays Recovery.. Lung 204(1) : 8 2026
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  • Bar-On, O, Suryadinata, R, Tannenbaum, E-L, Robinson, P. Rising Prevalence of Nontypeable Haemophilus influenzae and Haemophilus parainfluenzae in People With Primary Ciliary Dyskinesia: A Single-center Experience.. Pediatr Infect Dis J 44(11) : 1101 -1106 2025
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  • Gartner, MJ, Smith, ML, Dapat, C, Liaw, YW, Tran, T, Suryadinata, R, Chen, J, Sun, G, Shepherd, RA, Taiaroa, G, et al. Contemporary seasonal human coronaviruses display differences in cellular tropism compared to laboratory-adapted reference strains.. J Virol 99(9) : e0068425 2025
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  • Suryadinata, R, Bar-On, O, Martinello, P, McKinnon, M, Robinson, P. Wide Spectrum of Disease Manifestations in Siblings With Primary Ciliary Dyskinesia Carrying DNAJB13 Mutations: A Case Study.. J Paediatr Child Health 61(9) : 1512 -1515 2025
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Career information