Mailie Gall
Ministry of Health (New South Wales)
28 Papers
20 Citations
Mailie Gall is an academic researcher from Ministry of Health (New South Wales). The author has contributed to research in topics: Biology & Medicine. The author has an hindex of 6, co-authored 12 publications. Previous affiliations of Mailie Gall include University of Sydney & University of Western Sydney.
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Papers
Revealing COVID-19 transmission in Australia by SARS-CoV-2 genome sequencing and agent-based modeling.
Rebecca J. Rockett,Rebecca J. Rockett,Alicia Arnott,Alicia Arnott,Alicia Arnott,Connie Lam,Connie Lam,Rosemarie Sadsad,Rosemarie Sadsad,Verlaine J. Timms,Verlaine J. Timms,Karen-Ann Gray,Karen-Ann Gray,John-Sebastian Eden,Sheryl L. Chang,Mailie Gall,Jenny Draper,Eby Sim,Eby Sim,Nathan L. Bachmann,Nathan L. Bachmann,Ian Carter,Kerri Basile,Roy Byun,Matthew V. N. O'Sullivan,Matthew V. N. O'Sullivan,Matthew V. N. O'Sullivan,Sharon C.-A. Chen,Sharon C.-A. Chen,Sharon C.-A. Chen,Susan Maddocks,Tania C. Sorrell,Tania C. Sorrell,Dominic E. Dwyer,Dominic E. Dwyer,Dominic E. Dwyer,Edward C. Holmes,Jen Kok,Jen Kok,Jen Kok,Mikhail Prokopenko,Vitali Sintchenko +41 more
TL;DR: The prospective sequencing of SARS-CoV-2 clarified the probable source of infection in cases where epidemiological links could not be determined, significantly decreased the proportion of COVID-19 cases with contentious links, documented genomically similar cases associated with concurrent transmission in several institutions and identified previously unsuspected links.
Co-infection with SARS-CoV-2 Omicron and Delta variants revealed by genomic surveillance
Rebecca Rockett,Jenny Draper,Mailie Gall,Eby Sim,Alicia Arnott,Jessica E. Agius,Jessica Johnson-Mackinnon,Winkie Fong,Elena Martinez,Alexander P. Drew,Clement Lee,Christine Ngo,Marc Ramsperger,Andrew N. Ginn,Qinning Wang,Michael Fennell,Danny Ko,Linda Hueston,Lukas Kairaitis,Edward C. Holmes,Matthew V. N. O'Sullivan,Sharon C.-A. Chen,Jen Kok,Dominic E. Dwyer,Vitali Sintchenko +24 more
TL;DR: In this paper , the authors describe co-infection with the SARS-CoV-2 variants of concern Omicron and Delta in two epidemiologically unrelated adult patients with chronic kidney disease requiring maintenance haemodialysis.
Revealing COVID-19 Transmission by SARS-CoV-2 Genome Sequencing and Agent Based Modelling
Rebecca J. Rockett,Alicia Arnott,Connie Lam,Rosemarie Sadsad,Verlaine J. Timms,Karen-Ann Gray,John-Sebastian Eden,Sheryl L. Chang,Mailie Gall,Jenny Draper,Eby Sim,Nathan L. Bachmann,Ian Carter,Kerri Basile,Roy Byun,Matthew V O Sullivan,Sharon C.-A. Chen,Susan Maddocks,Tania C. Sorrell,Dominic E. Dwyer,Edward C. Holmes,Jen Kok,Mikhail Prokopenko,Vitali Sintchenko +23 more
TL;DR: Convergent assessment indicates that genome sequencing provides key information to inform public health action and has improved the understanding of the COVID-19 evolution from outbreak to epidemic.
A biomonitor as a measure of an ecologically-significant fraction of metals in an industrialized harbour.
TL;DR: Investigation of metal contamination within a highly industrialised harbour and ecological effects on sessile invertebrates suggest that highly localised events drive contaminant availability and that these events pose a significant risk to fauna.
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SARS-CoV-2 Genome Sequencing Methods Differ In Their Ability To Detect Variants From Low Viral Load Samples
Connie Lam,Karen-Ann Gray,Karen-Ann Gray,Mailie Gall,Rosemarie Sadsad,Rosemarie Sadsad,Alicia Arnott,Jessica C Johnson-Mackinnon,Jessica C Johnson-Mackinnon,Winkie Fong,Kerri Basile,Kerri Basile,Jen Kok,Jen Kok,Dominic E. Dwyer,Dominic E. Dwyer,Dominic E. Dwyer,Vitali Sintchenko,Vitali Sintchenko,Vitali Sintchenko,Rebecca J. Rockett,Rebecca J. Rockett +21 more
TL;DR: In this article, the authors systematically evaluated three widely adopted SARS-CoV-2 whole genome sequencing methods for their sensitivity, specificity, and ability to reliably detect low frequency variants, highlighting the importance of selecting appropriate methods to obtain high quality sequence data from low viral load samples for public health and genomic surveillance purposes.
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