Search Results - "Willcourt, Matthew"

3117 Anticoagulation-associated-intracerebral hemorrhage treatment and outcomes analysed by the potential availability of specific versus non-specific reversal agents: a retrospective cohort study by El-Masri, Shaddy, Goh, Rudy, Bacchi, Stephen, Tamlin, Lachlan, Sulley-Beales, Nicola, Chen, Siqi, Howson, Sarah, Stretton, Brandon, Zweck, Daniel, Ovenden, Christopher, Willcourt, Matthew, Moey, Andrew, Jannes, Jim, Kleinig, Timothy

“…BackgroundDirect-oral-anticoagulant (DOAC) and warfarin treatment are associated with increased risk of intracerebral hemorrhage (ICH). Specific reversal…”
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Implementation of the South Australian Regional Telestroke service is associated with improved care quality and lower stroke mortality: A retrospective cohort study by Goh, Rudy, Hillier, Susan, Kelly, Thu‐Lan, Worley, Anthea, Dixon, Karen, Kurunawai, Craig, Tan, Aaron, Mahadevan, Joshua, Willcourt, Matthew, Jannes, Jim, Kleinig, Timothy

“…Introduction Stroke in Regional Australia may have worse outcomes due to difficulties accessing optimal care. The South Australian Regional Telestroke service…”
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Ultra-Long Transfers for Endovascular Thrombectomy—Mission Impossible?: The Australia-New Zealand Experience by Garcia-Esperon, Carlos, Wu, Teddy Y., Carraro do Nascimento, Vinicius, Yan, Bernard, Kurunawai, Craig, Kleinig, Tim, Selkirk, Gregory, Blacker, David, Barber, P. Alan, Ranta, Annemarei, Cervera, Alvaro, Wong, Andrew, Mitchell, Peter, Muller, Claire, Rice, Hal, De Villiers, Laetitia, Jannes, Jim, Beom Hong, Jae, Bailey, Peter, Brown, Helen, Campbell, Bruce C.V., Wilson, Duncan, Fink, John, Ang, Timothy, Bladin, Christopher, Phillips, Tim, Hasnain, Md Golam, Butcher, Kenneth, Miteff, Ferdinand, Levi, Christopher R., Spratt, Neil J., Parsons, Mark W.

“…Endovascular thrombectomy (EVT) access in remote areas is limited. Preliminary data suggest that long distance transfers for EVT may be beneficial; however,…”
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Decondensation of pericentric heterochromatin alters the sequence of centromere separation in mouse cells by Vig, B K, Willcourt, M

“…The centromeres of a genome separate in a sequential, nonrandom manner that is apparently dependent upon the quantity and quality of pericentric…”
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