Brenda Gallie

Dr. Brenda Gallie

orcid

Research Focus & Metrics

Academic Career Length

52Years (1975-Present)

(Calculated once Scilit publication data is synced: current year − year of first publication + 1)

Representative Publications

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27 October 1983 in Nature
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Journal Article
Closed access
PDF file
WCW. K. Cavenee
W. K. Cavenee
TDT. P. Dryja
T. P. Dryja
RPR. A. Phillips
R. A. Phillips
WBW. F. Benedict
W. F. Benedict
RGRoseline Godbout
Roseline Godbout
RWR. L. White
R. L. White

1 April 2012 in The Lancet
Verified
Journal Article
Closed access
HDHelen Dimaras
Helen Dimaras
KKKahaki Kimani
Kahaki Kimani
EDElizabeth Ao Dimba
Elizabeth Ao Dimba
PGPeggy Gronsdahl
Peggy Gronsdahl
AWAbby White
Abby White
BGBrenda Gallie
Brenda Gallie

27 August 2015 in Nature Reviews Disease Primers
Verified
Journal Article
Closed access
PDF file
HDHelen Dimaras
Helen Dimaras
Timothy CorsonTimothy Corson
Timothy Corson
DCDavid Cobrinik
David Cobrinik
AWAbby White
Abby White
JZJunyang Zhao
Junyang Zhao
BGBrenda Gallie
Brenda Gallie

1 August 2012 in Ophthalmology
Verified
Journal Article
Closed access
MOMichael D. Onken
Michael D. Onken
LWLori A. Worley
Lori A. Worley
DCDevron H. Char
Devron H. Char
JAJames J. Augsburger
James J. Augsburger
ZCZelia M. Correa
Zelia M. Correa
JHJ. William Harbour
J. William Harbour

1 July 2011 in European Urology
Verified
Journal Article
Closed access
MJMichael A.S. Jewett
Michael A.S. Jewett
KMKamal Mattar
Kamal Mattar
JBJoan Basiuk
Joan Basiuk
CMChristopher G. Morash
Christopher G. Morash
SPStephen E. Pautler
Stephen E. Pautler
AFAntonio Finelli
Antonio Finelli

1 April 2013 in The Lancet Oncology
Verified
Journal Article
Open access
DRDiane E Rushlow
Diane E Rushlow
BMBerber M Mol
Berber M Mol
JKJennifer Y Kennett
Jennifer Y Kennett
SYStephanie Yee
Stephanie Yee
SPSanja Pajovic
Sanja Pajovic
BGBrenda Gallie
Brenda Gallie
Retinoblastoma is the childhood retinal cancer that defined tumour-suppressor genes. Previous work shows that mutation of both alleles of the RB1 retinoblastoma suppressor gene initiates disease. We aimed to characterise non-familial retinoblastoma tumours with no detectable RB1 mutations. Of 1068 unilateral non-familial retinoblastoma tumours, we compared those with no evidence of RB1 mutations (RB1(+/+)) with tumours carrying a mutation in both alleles (RB1(-/-)). We analysed genomic copy number, RB1 gene expression and protein function, retinal gene expression, histological features, and clinical data. No RB1 mutations (RB1(+/+)) were reported in 29 (2·7%) of 1068 unilateral retinoblastoma tumours. 15 of the 29 RB1(+/+) tumours had high-level MYCN oncogene amplification (28-121 copies; RB1(+/+)MYCN(A)), whereas none of 93 RB1(-/-) primary tumours tested showed MYCN amplification (p<0·0001). RB1(+/+)MYCN(A) tumours expressed functional RB1 protein, had fewer overall genomic copy-number changes in genes characteristic of retinoblastoma than did RB1(-/-) tumours, and showed distinct aggressive histological features. MYCN amplification was the sole copy-number change in one RB1(+/+)MYCN(A) retinoblastoma. One additional MYCN(A) tumour was discovered after the initial frequencies were determined, and this is included in further analyses. Median age at diagnosis of the 17 children with RB1(+/+)MYCN(A) tumours was 4·5 months (IQR 3·5-10), compared with 24 months (15-37) for 79 children with non-familial unilateral RB1(-/-) retinoblastoma. Amplification of the MYCN oncogene might initiate retinoblastoma in the presence of non-mutated RB1 genes. These unilateral RB1(+/+)MYCN(A) retinoblastomas are characterised by distinct histological features, only a few of the genomic copy-number changes that are characteristic of retinoblastoma, and very early age of diagnosis. National Cancer Institute-National Institutes of Health, Canadian Institutes of Health Research, German Research Foundation, Canadian Retinoblastoma Society, Hyland Foundation, Toronto Netralaya and Doctors Lions Clubs, Ontario Ministry of Health and Long Term Care, UK-Essen, and Foundations Avanti-STR and KiKa.