Dr Anthony Rostron Dr David Cork Vassillios Avlonitis Professor Andrew Fisher Professor John Dark et al. | Contribution of Toll-Like Receptor Activation to Lung Damage After Donor Brain Death | 2010 |
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Vassillios Avlonitis Christopher Wigfield Emeritus Professor John Kirby Professor John Dark
| Treatment of the brain-dead lung donor with aprotinin and nitric oxide | 2010 |
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Vassillios Avlonitis Chris Wigfield Dr Huw Golledge Dr Anthony Rostron Emeritus Professor John Kirby et al. | Brain stem auditory evoked response for confirmation of brain death in the rat | 2008 |
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Dr Anthony Rostron Vassillios Avlonitis Dr David Cork Danielle Grenade Emeritus Professor John Kirby et al. | Hemodynamic Resuscitation With Arginine Vasopressin Reduces Lung Injury After Brain Death in the Transplant Donor | 2008 |
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Dr Anthony Rostron Vassillios Avlonitis Dr David Cork Professor John Dark Emeritus Professor John Kirby et al. | The contribution of toll-like receptors (TLR) to brain death-induced donor lung inflammation | 2008 |
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Vassillios Avlonitis Chris Wigfield Dr Huw Golledge Emeritus Professor John Kirby Professor John Dark et al. | Early hemodynamic injury during donor brain death determines the severity of primary graft dysfunction after lung transplantation | 2007 |
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Dr Anthony Rostron Vassillios Avlonitis Emeritus Professor John Kirby Professor John Dark
| Hemodynamic resuscitation of the brain-dead organ donor and the potential role of vasopressin | 2007 |
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Dr Anthony Rostron Vassillios Avlonitis David Cork Danielle Grenade Emeritus Professor John Kirby et al. | Resuscitation of the brain dead organ donor with arginine vasopressin (AVP) - An alternative vasoconstrictor | 2007 |
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Vassillios Avlonitis Emeritus Professor John Kirby Professor John Dark
| Donor treatment with nitric oxide does not improve reperfusion injury after transplantation of lungs damaged by brain death. | 2006 |
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Vassillios Avlonitis Dr Anthony Rostron Emeritus Professor John Kirby Professor John Dark
| The donor lung improves with time and aprotinin treatment after brain death | 2006 |
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Vassillios Avlonitis Emeritus Professor John Kirby Professor John Dark
| Brain-death-related mechanisms of reperfusion injury after lung transplantation | 2005 |
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Vassillios Avlonitis Emeritus Professor John Kirby Professor John Dark
| Early hemodynamic lung injury during donor brain death enhances reperfusion injury after lung transplantation | 2005 |
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Vassillios Avlonitis Emeritus Professor John Kirby Professor John Dark
| The effect of time from donor brain death to retrieval on reperfusion injury after lung transplantation | 2005 |
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Vassillios Avlonitis Chris Wigfield Emeritus Professor John Kirby Professor John Dark
| The hemodynamic mechanisms of lung injury and systemic inflammatory response following brain death in the transplant donor | 2005 |
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Vassillios Avlonitis Chris Wigfield Emeritus Professor John Kirby Professor John Dark
| Elimination of the hemodynamic sequelae of brain death prevents systemic inflammatory response syndrome (SIRS) and acute lung injury (ALI) in the transplant donor | 2004 |
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Vassillios Avlonitis Dr Hazel Powell Professor Kate Gould Professor John Dark
| Bacterial colonization of the donor lower airways is a predictor of poor outcome in lung transplantation | 2003 |
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Vassillios Avlonitis Professor Andrew Fisher Emeritus Professor John Kirby Professor John Dark
| Pulmonary transplantation: The role of brain death in donor lung injury | 2003 |
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Vassillios Avlonitis Professor Derek Manas Gary Cavanagh David Talbot
| The relevance of donor T cell-directed immunoglobulin G in historic sera in the age of flow cytometry | 2000 |
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