Research
Research projects
Active projects
Completed projects
Publications
18 publications
Page 2 of 2
Rebecca L. Howard,
David J. French,
James A. Richardson,
Colette E. O'Neill,
Michael P. Andreou,
Tom Brown,
Duncan Clark,
Peter Marsh,
& Paul G. Debenham
, 2015
, Molecular and Cellular Probes
, 29 (2) , 92--98
Type: article
Helena M.B. Seth-Smith,
Simon R. Harris,
Rachel J. Skilton,
Frans M. Radebe,
Daniel Golparian,
Elena Shipitsyna,
Pham Thanh Duy,
Paul Scott,
Lesley T. Cutcliffe,
Colette O'Neill,
Surendra Parmar,
Rachel Pitt,
Stephen Baker,
Catherine A. Ison,
Peter Marsh,
Hamid Jalal,
David A. Lewis,
Magnus Unemo,
Julian Parkhill,
& Nicholas R. Thomson
, 2013
, Genome Research
Type: article
H.M.B. Seth-Smith,
B. Van Der Pol,
S.R. Harris,
N.R. Thomson,
L.T. Cutcliffe,
C.E. O'Neill,
, 2013
, Microbiology (United Kingdom)
, 159 (4) , 748--756
Type: article
Lindsey A Edwards,
Colette O'Neill,
Mark A Furman,
Susan Hicks,
Franco Torrente,
Miguel Pérez-Machado,
Elizabeth M Wellington,
Alan D Phillips,
& Simon H Murch
, 2012
, Inflammatory Bowel Diseases
, 18 (4) , 624--640
DOI: 10.1002/ibd.21852
Type: article
Usanee Anukool,
Colette E O'Neill,
Bordin Butr-Indr,
Peter M Hawkey,
William H Gaze,
& Elizabeth M H Wellington
, 2011
, International Journal of Antimicrobial Agents
, 38 (1) , 86--87
Type: article
William Gaze,
Colette O'Neill,
Elizabeth Wellington,
& Peter Hawkey
, 2008
, Advances in applied microbiology
, 63 , 249--280
Type: review
D.K. Whynes,
C. O'Neill,
G.M. O'Donoghue,
& S.M. Archbold
, 2003
, International Journal of Pediatric Otorhinolaryngology
, 68 (1) , 91--99
Type: article
C. O'Neill,
D.K. Whynes,
S.M. Archbold,
& G.M. O'Donoghue
, 2003
, International Journal of Technology Assessment in Health Care
, 19 (2) , 421--31
Type: article
Biography
I am a molecular biologist with a strong background in microbiology. My current research interests lie within genetic engineering of the intracellular bacterium Chlamydia trachomatis. My overarching aim is to identify the essential gene set using saturation transposon mutagenesis coupled with next generation sequencing technologies, with the ultimate goal of identifying new vaccine candidates for this important human pathogen.