Gael E. Phillips
Royal Brisbane and Women's Hospital
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Publication
Featured researches published by Gael E. Phillips.
Journal of Cutaneous Pathology | 2009
Xue-Qing Wang; Hong-En Chang; Rod Francis; Henry Olszowy; Pei-Yun Liu; Margit Kempf; Leila Cuttle; Olena Kravchuk; Gael E. Phillips; Roy M. Kimble
Background: Silver dressings have been widely and successfully used to prevent cutaneous wounds, including burns, chronic ulcers, dermatitis and other cutaneous conditions, from infection. However, in a few cases, skin discolouration or argyria‐like appearances have been reported. This study investigated the level of silver in scar tissue post‐burn injury following application of Acticoat™, a silver dressing.
Genesis | 2008
Shannon Duffy; Mark G. Coulthard; Mark D. Spanevello; Nirmitha I. Herath; Trina Yeadon; Jennifer K. McCarron; Jacinta C. Carter; Ian D. Tonks; Graham F. Kay; Gael E. Phillips; Andrew W. Boyd
Eph receptor tyrosine kinases (RTKs) are a highly conserved family of signaling proteins with functions in cellular migration, adhesion, apoptosis, and proliferation during both adult and embryonic life. Here, we describe a knock‐in mouse in which EphA1 expression is disrupted via the insertion of an internal ribosome entry site (IRES)‐human placental alkaline phosphatase (ALPP) reporter cassette into exon II of the EphA1 gene. This was shown to successfully knockout expression of endogenous EphA1 and enforce expression of the ALPP reporter by the EphA1 promoter. Staining for the ALPP reporter protein demonstrated an epithelially restricted expression pattern in mouse tissues. In EphA1 null mice, two separate phenotypes were identified: abnormal tail development manifesting as a kinky tail was found in ∼80% of homozygous adults. A second, distinct abnormality present in ∼18% of females was characterized by imperforate uterovaginal development with hydrometrocolpos and caused by a resistance of cells to apoptosis during reproductive tract canalization. These results indicate a possible role for EphA1 in tissue patterning and hormone‐induced apoptotic processes. genesis 46:553–561, 2008.
Wound Repair and Regeneration | 2008
Xue-Qing Wang; Margit Kempf; Pei-Yun Liu; Leila Cuttle; Hong-En Chang; Olena Kravchuk; Julie Mill; Gael E. Phillips; Roy M. Kimble
In thermal deep‐dermal burns, surgical debridement is normally used in conjunction with skin grafting or skin substitutes and debridement alone as a burn treatment is not usually practiced. The current study addresses whether or not debridement alone would enhance burn wound healing on small deep‐dermal‐partial thickness burns. This was a prospective and blinded experimental trial using a porcine deep‐dermal‐partial thickness burn model. Four burns, approximately 50 cm2 in size, were created on each of eight pigs. Two burns from each pig were immediately surgically debrided and the other two were not debrided as the internal control. Hydrate gel together with paraffin gauze were used to cover the burns for four pigs and silver dressings for the other four. Clinical assessment of wound healing was conducted over a 6‐week period. Skin samples were collected at the end of the experiment and histopathological evaluation was performed. The results show thinner scar formation and lower scar height in the debrided compared with nondebrided wounds in the hydrate gel/paraffin gauze groups. There were no statistically significant differences in wound healing assessment between the debrided and nondebrided wounds dressed with silver dressings. This study provides supporting evidence that immediate debridement with an appropriate dressing and without skin grafting may promote wound healing, suggesting its potential benefit for clinical patients.
Journal of Cutaneous Pathology | 2010
Xue-Qing Wang; Gael E. Phillips; Ian Wilkie; Ristan M. Greer; Roy M. Kimble
Background: Hypertrophic scars in burn victims usually occur after delayed wound healing and the active phase of scar formation can persist substantially even after wound closure. Currently, the pathophysiology of the hypertrophic scar is not completely understood. This study investigated the inflammatory response in scar tissue at week 6 post‐burn injury.
Case Reports | 2015
Lee Holland; Anjana S. Haridas; Gael E. Phillips; Timothy J. Sullivan
Congenital cystic eye (CCE) is a rare condition caused by failure of invagination of the optic vesicle resulting in a persistent cyst replacing the eye. An associated optic nerve attached to the cyst is a rarely reported phenomenon that has been sparsely described histologically, with no immunohistochemistry reported previously. The authors present a case of CCE with optic nerve tissue inserting into the cyst, and present the histological and immunohistochemical findings.
Burns | 2006
Leila Cuttle; Margit Kempf; Gael E. Phillips; Julie Mill; Mark Hayes; John F. Fraser; Xue-Qing Wang; Roy M. Kimble
BMC Ophthalmology | 2016
Neharika Sharma; Stephen O’Hagan; Gael E. Phillips
Pediatric Surgery International | 2017
Christopher R. Maguire; Ryan Livingston; Gael E. Phillips; Roy M. Kimble
Wound Repair and Regeneration | 2010
Leila Cuttle; Margit Kempf; P. Y. Liu; Gael E. Phillips; X-Q. Wang; Roy M. Kimble
Faculty of Health; Institute of Health and Biomedical Innovation | 2010
Pei-Yun Liu; Gael E. Phillips; Margit Kempf; Leila Cuttle; Roy M. Kimble; James R. McMillan