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10. B Vitamins and Magnetic Resonance Imaging–Detected Ischemic Brain Lesions in Patients With Recent Transient Ischemic Attack or Stroke: The VITAmins TO Prevent Stroke (VITATOPS) MRI-Substudy

Author

Cavalieri, Margherita, Schmidt, Reinhold, Chen, Christopher, Mok, Vincent, de Freitas, Gabriel R., Song, Swithin, Yi, Qilong, Ropele, Stefan, Grazer, Anja, Homayoon, Nina, Enzinger, Christian, Loh, Katherine, Wong, Ka Sing Lawrence, Wong, Adrian, Xiong, Yunyun, Chang, Hui Meng, Wong, Meng Cheong, Fazekas, Franz, Eikelboom, John W., and Hankey, Graeme J.

Published
2012
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14. Towards the Development of an Integrative, Evidence-Based Suite of Indicators for the Prediction of Outcome Following Mild Traumatic Brain Injury: Results from a Pilot Study

Author

Gozt, Aleksandra, primary, Licari, Melissa, additional, Halstrom, Alison, additional, Milbourn, Hannah, additional, Lydiard, Stephen, additional, Black, Anna, additional, Arendts, Glenn, additional, Macdonald, Stephen, additional, Song, Swithin, additional, MacDonald, Ellen, additional, Vlaskovsky, Philip, additional, Burrows, Sally, additional, Bynevelt, Michael, additional, Pestell, Carmela, additional, Fatovich, Daniel, additional, and Fitzgerald, Melinda, additional

Published
2020
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24. Contributors

Author

Abrahams, Jonathan, Adams, Nicholas, Aitken, Peter, Alfred, Sam, Aplin, Philip, Ardagh, Michael W., Arendse, Sean, Armstrong, Jason, Augello, Michael R., Baker, Michael, Banerjee, Ashis, Becker, Therese, Bell, Anthony J., Bernard, Stephen A., Bhattacharjee, Shom, Bode, Matthew, Bosanac, Peter, Boulton, Bethany, Bradt, David A., Braitberg, George, van den Brand, Crispijn, Brazil, Victoria, Brennan, Richard J., Brown, Anthony F.T., Buckley, Nicholas, Cameron, Peter, Carman, Christopher, Cassidy, Kirsten, Chan, Betty S.H., Chan, Gar Ming, Chi Hung Cheng, Raymond, Chiew, Angela L., Chu, Matthew W.G., Cicuttini, Flavia M., Collier, James, Considine, Julie, Couser, Geoffrey A., Crock, Carmel, Cronin, John J., Cusack, Stephen, Dawson, Andrew H., Day, Rebecca, de Alwis, Nadine, De Cruz, Ryan, Douglas, Carol, Downes, Michael A., Dowsett, Robert, van Driel, Pieter, van den Driesen, Michelle, Druda, Dino, Dunjey, Stephen J., Dutch, Martin J., Egerton-Warburton, Diana, Fatovich, Daniel M., Finnel, Louise, Fitzgerald, Mark, Fogarty, Eoin, Fordyce, James, Fritz, Peter, Fulford, Dean, Galbraith, James K., Gault, Alan, Gingold, Michael J., Gocentas, Robert, Goldie, Neil A., Goudie, Adrian, Graham, Colin A., Graudins, Andis, Green, Digby, Green, Tim, Greene, Shaun, Groombridge, Christopher, Gunja, Naren, Gunn, Barry, Hansen, Kim, Heng, Kenneth, Hennessy, Arthur, Hew, Ruth, Hewson, Ian, Hing, Rosslyn, Hobbs, Blair, Hoggett, Kerry A., Holley, Anthony D., Hore, Craig, Hung, Kevin K.C., Hutton, Jennie, Ieraci, Sue, Ilancheran, Arun, Isbister, Geoffrey, Isoardi, Katherine, Jackman, Christine, Jackson, Angela, Jamshidi, Nazila, Jayaweera, Dushan, Jennings, Paul A., Johnny, Cecil S., Jones, Daryl A., Joseph, Anthony P., Kaufman, David V., Kelly, Anne-Maree, Kennedy, Marcus, Koutsogiannis, Zeff, Kreismann, Erica, Kuan, Win Sen, Laging, Rohan, Leang, Yit Hung, Chun-Yue Lee, Francis, Lee, Marian, Lightfoot, David, Little, Mark, Long, Jason, Luckhoff, Carl, Lukin, William, Lurie, Brett, McCarthy, Gerard, McCoubrie, David, McMahon, C. Geraldine, Maclean, Andrew, Maini, Amit, Manders, Sander, Mann, Gopi, Mao, Desmond, Mark, Paul D., Markwell, Alex, Michael, Adam, Mitra, Biswadev, Mitter, Satish, Morgan, Vanessa, Morphett, Mark, Mountain, David, Muir, Kellie, Murphy, Adrian, Devi Nadarajan, Gayathri, Hock, Marcus Ong Eng, Ooi, Kenneth, Ooi, Shirley, O’Keeffe, Francis, O’Reilly, Gerard, O’Sullivan, Íomhar, Paltridge, Debbie, Papandony, Michelle C., Pasco, John, Pathan, Sameer A., Pereira, Peter, Phillips, Georgina, Phillips, Grant, Pilcher, David, Priestley, Stephen, Putland, Mark, Raghavan, Mohan, Rahman, Fatima, Rainer, Timothy H., Ramlakhan, Shammi, Richardson, Drew, Rippey, James, Roberts, Darren M., Robins-Browne, Karen, Rogan, Eileen M., Rogers, Ian, Rotella, Joe-Anthony, Rule, Melanie, Ryan, John M., Salter, Mark, Seymour, Jamie, Singer, Andrew, Smart, David R., Smit, De Villiers, Smith, Catherine, Soderstrom, Jessamine, Somerville, Annabel, Song, Swithin, Spain, David, Spencer, John C., Sprivulis, Peter, Stergiou, Helen E., Stevens, Jeremy, Symons, Evan, Symons, R.C. Andrew, Tan, Gim, Taylor, David McD., Terris, Jane, Thomson, Graeme, Toncich, Gino, Treston, Greg, Troupakis, Steven, Turner, Stacy, Tyler, Hilary, Tzannes, Anthony, Varigos, George, Veera, Kiran, Vinen, John, Vlad, Ioana, Walker, Katie, Walland, Mark J., Walsham, Nicola, Warden, Matthew, Watts, Alan, White, Ben, White, Julian, Wilkes, Garry, Wong, Anselm, Yates, Kim, and Yazdani, Anusch

Published
2020
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25. Bridging the communication gap between public and private radiology services

Author

Chakera, Turab, Nagree, Yusuf, Song, Swithin, and Jones, Philip

Subjects
Communication in medicine -- Analysis, Radiology -- Usage, Radiology, Medical -- Usage, Patients -- Care and treatment, Patients -- Analysis, Company business management, Health
Abstract

The problems in the delay of transfer of radiology images of patients between private and public systems, which could adversely affect immediate and safe patient care, are discussed. The utility of a DICOM (Digital Imaging and Communications in Medicine) server which enables successful sharing of patient health information, including electronic image transfer, between different public and private hospital settings is highlighted.

Published
2009

26. Contributors

Author

Abrahams, Jonathan, Adams, Nicholas, Afzal, Muhammad Shuaib, Aitken, Peter, Alfred, Sam, Allely, Peter, Andrew-Starkey, Sylvia, Aplin, Philip, Ardagh, Michael W, Arendse, Sean, Armstrong, Jason, Ashby, Richard H, Augello, Michael R, Baker, Michael, Banerjee, Ashis, Baston, Simon, Bell, Anthony J, Bernard, Stephen A, Bhattacharjee, Shom, Bosanac, Peter, Bradt, David A, Braitberg, George, van den Brand, Crispijn, Brazil, Victoria, Brennan, Richard J, Brentnall, Edward, Brown, Anthony, Bryan, Sheila, Buckley, Nicholas, Bugeja, Lyndal, Byrne, Simon, Bystrzycki, Adam B, Cadogan, Michael, Cameron, Peter, Cham, Gregory, Chan, Betty Shuk Han, Chan, Kim Chai, Charles, Rabind, Cheng, Raymond Chi Hung, Chiew, Angela, Ching, Chi-Keong, Chu, Matthew WG, Cicuttini, Flavia M, Collier, James, Coman, Michael, Considine, Julie, Couser, Geoffrey A, Crampton, Roslyn, Dilley, Stuart, Dimmick, Simon, Dowd, Jenny, Dowsett, Robert, van Driel, Pieter, Druda, Dino, Duffy, Martin, Dunjey, Steven J, Dunn, Rebecca, Dziukas, Linas, Edwards, Robert, Egerton-Warburton, Diana, Ercleve, Tor NO, Farhan, Maisse, Fatovich, Daniel M, Finnel, Louise, Fitzgerald, Mark, Freeman, Peter, Galbraith, James K, Garrett, Peter, Gault, Alan, Gingold, Michael J, Gocentas, Robert, Goh, E Shaun, Goldie, Neil A, Goodacre, Steve, Goudie, Adrian, Graham, Colin A, Graudins, Andis, Gray, Tim, Green, Digby, Green, Tim, Greene, Shaun, Gunja, Naren, Gunn, Barry, Haig, Andrew, Hardern, Richard D, Harney, Jason, Harris, Roger, Hayes, James, Heng, Kenneth, Hew, Ruth, Hickson, Liz, Hing, Rosslyn, Ho, Weng Hoe, Hoggett, Kerry A, Holdgate, Anna, Holley, Anthony D, Hore, Craig, Hung, Kevin KC, Hutton, Jennie, Ieraci, Sue, Isbister, Geoffrey, Jackson, Angela, Jackson, Trevor, Jelinek, George, Jennings, Paul A, Jones, Daryl A, Joseph, Anthony P, Kaufman, David V, Kelly, Anne-Maree, Kennedy, Marcus, King, Diane, Knott, Jonathan, Knox, Ian, Koutsogiannis, Zeff, Kuan, Win Sen, Kumar, Sashi, Landman, Willem, Yue, Francis Lee Chun, Lee, Marian, Lee, Wee Yee, Leung, Julie, Lightfoot, David, Lim, Swee Han, Little, Mark, Liu, Anita, Loy, John, Lukin, William, Macken, Lewis, Maclean, Andrew, Maguire, John E, Maini, Amit, Man, Shin-Yan, Manders, Sander, Mark, Paul D, Mason, Suzanne, McCoubrie, David, Mitra, Biswadev, Monaghan, Mark, Morgan, Vanessa, Morphett, Mark, Mori, Alfredo, Mountain, David, Murray, Lindsay, Neate, Sandra L, Ong, Marcus Eng Hock, Ooi, Ken, Ooi, Shirley, O’Reilly, Gerard, Paltridge, Debbie, Parker, Robyn, Pasco, John, Pathan, Sameer, Pereira, Peter, Phillips, Georgina A, Phillips, Grant, Pilcher, David, Priestley, Stephen, Putland, Mark, Rainer, Timothy H, Ramlakhan, Shammi, Reynard, Kevin, Richardson, Drew, Rippey, James, Roberts, Darren M, Robins-Browne, Karen, Rogan, Eileen M, Rogers, Ian, Rosengarten, Pamela, Ryan, John M, Seow, Eillyne, Seymour, Jamie, Singer, Andrew, Smart, David R, Soderstrom, Jessamine, Song, Swithin, Spain, David, Sprivulis, Peter, Stergiou, Helen E, Stevens, Jeremy, Street, Alan C, Suresh, Varadarajulu, Tan, Gim, Taylor, James, Taylor, David M, Terris, Jane, Thomson, Graeme, Toncich, Gino, Treston, Greg, Troupakis, Steven, Turner, Stacy, Tyler, Hilary, Tzannes, Anthony, Varigos, George, Vinen, John, Vlad, Ioana, Wakai, Abel, Walby, Andrew, Walland, Mark J, Waller, Richard, Wallis, Lee, Walpole, Bryan G, Walsh, Carolyn, White, Ben, White, Julian, Wilkes, Garry J, Yates, Kim, Yazdani, Anusch, Yuen, Allen, and Zalstein, Salomon

Published
2015
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37. Lipoprotein Metabolism in APOBL343V Familial Hypobetalipoproteinemia

Author

Hooper, Amanda J., Heeks, Liesl, Robertson, Ken, Champain, Danie, Hua, Jianmin, Song, Swithin, Parhofer, Klaus G., Barrett, P. Hugh R., van Bockxmeer, Frank M., and Burnett, John R.

Abstract

Context:Familial hypobetalipoproteinemia (FHBL) is a codominant disorder of lipoprotein metabolism characterized by decreased plasma concentrations of low-density lipoprotein (LDL)-cholesterol and apolipoprotein B (apoB).Objective:The objective was to examine the effect of heterozygous APOBL343V FHBL on postprandial triglyceride-rich lipoprotein (TRL) and fasting lipoprotein metabolism.Methods:Plasma incremental area under the curve apoB-48 and apoB-48 kinetics were determined after ingestion of a standardized oral fat load using compartmental modeling. Very low-density lipoprotein (VLDL)-, intermediate-density lipoprotein (IDL)-, and LDL-apoB kinetics were determined in the fasting state using stable isotope methods and compartmental modeling.Results:The postprandial incremental area under the curve (0–10 h) in FHBL subjects (n = 3) was lower for large TRL-triglyceride (−77%; P< .0001), small TRL-cholesterol (−83%; P< .001), small TRL-triglyceride (−88%; P< .001), and for plasma triglyceride (−70%; P< .01) and apoB (−63%; P< .0001) compared with controls. Compartmental analysis showed that apoB-48 production was lower (−91%; P< .05) compared with controls. VLDL-apoB concentrations in FHBL subjects (n = 2) were lower by more than 75% compared with healthy, normolipidemic control subjects (P< .01). The VLDL-apoB fractional catabolic rate (FCR) was more than 5-fold higher in the FHBL subjects (P= .07). ApoB production rates and IDL- and LDL-apoB FCRs were not different between FHBL subjects and controls.Conclusions:We conclude that when compared to controls, APOBL343V FHBL heterozygotes show lower TRL production with normal postprandial TRL particle clearance. In contrast, VLDL-apoB production was normal, whereas the FCR was higher in heterozygotes compared with lean control subjects. These mechanisms account for the marked hypolipidemic state observed in these FHBL subjects.

Published
2015
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40. Analysis of intracranial mass lesions using proton magnetic resonance spectroscopy at 1.0 T: Pictorial essay.

Author

Song, S, Birchall, Daniel, Hua, Jianmin, Khangure, Makhan, Maddren, Leonie, and Song, Swithin

Subjects
BRAIN tumors, PROTON magnetic resonance spectroscopy, INFARCTION
Abstract

SUMMARY Proton MR spectroscopy has been used to characterize the spectroscopic profiles of a wide variety of neurological disease processes. In particular, the spectroscopic characteristics of a range of focal intracranial mass lesions have been described. The use of proton MR spectroscopy has until recently been restricted to major research centres with high-field MR scanners. The spectroscopic findings in a number of illustrative cases imaged at Royal Perth Hospital using a 1-T scanner are described here. The cases illustrated in the present paper confirm the clinical utility of proton MR spectroscopy as a supplement to conventional MR in routine radiological practice. [ABSTRACT FROM AUTHOR]

Published
2000

41. WHITE MATTER HYPERINTENSITIES: Lesions are seen in young users of stimulant drugs.

Author

Fatovich, Daniel M., McCoubrie, David, Song, Swithin, Lawn, Nick, and Daly, Frank

Subjects
LETTERS to the editor, BRAIN imaging, MAGNETIC resonance imaging
Abstract

A letter to the editor is presented in response to the article "Do White Matter Hyperintensities on MRI Matter Clinically," by A. Wallin and T. Fladby in the July 26, 2010 issue.

Published
2010

42. Thymic tissue is not evident on high-resolution computed tomography and [¹⁸F]fluoro-deoxy-glucose positron emission tomography scans of aviraemic HIV patients with poor recovery of CD4⁺ T cells.

Author

Tanaskovic S, Fernandez S, French MA, Price RI, Song S, Robins PD, and Price P

Subjects
Adult, CD4 Lymphocyte Count, HIV Infections diagnostic imaging, HIV Infections virology, Humans, Male, Thymus Gland diagnostic imaging, Thymus Gland virology, Tomography, Emission-Computed, Viral Load, HIV Infections immunology, Thymus Gland immunology
Abstract

Some previously immunodeficient HIV patients responding to antiretroviral therapy display poor recovery of CD4⁺ T cells. Evaluation of the contribution of thymic function requires sensitive detection and quantitation of metabolically active thymic tissue. We describe patients with low but detectable thymopoiesis assessed as circulating CD4⁺ naive T cells expressing CD31. High-resolution computed tomography and PET scans found no residual thymic tissue even though metabolic activity was demonstrable by PET in lymph nodes.

Published
2011
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