Browsing publications by Dr Judith Hall

Newcastle AuthorsTitleYear
Dr Ased Ali
Marcelo Lanz
Dr Claire Townes
Professor Robert Pickard
Dr Judith Hall
et al.		An innate immune response to motile e. coli is exhibited by both bladder and vaginal cells2012
Guanyu Gong
Dr Catherine Meplan
Dr Hannah Gautrey
Dr Judith Hall
Professor John Edward Hesketh
et al.		Differential effects of selenium and knock-down of glutathione peroxidases on TNF alpha and flagellin inflammatory responses in gut epithelial cells2012
Dr Ased Ali
Marcelo Lanz
Dr Claire Townes
Kate Brown
Paul Hilton
et al.		Reduced innate beta-defensin-2 response in the bladder and vaginal epithelia increases suceptibility to flagellated E. coli infection2012
Dr Ased Ali
Marcelo Lanz
Dr Claire Townes
Wendy Robson
Dr Judith Hall
et al.		Release of the anti-microbial peptide beta-defensin 2 protects against attack by flagellated Escherichia coli in human urothelium2012
Stephanie Bell
Dr Alison Howard
Professor Janet Wilson
Dr Emily Abbot
Dr Wendy Smith
et al.		Streptococcus pyogenes infection of tonsil explants is associated with a human B-defensin 1 response from control but not recurrent acute tonsillitis patients2012
Dr Claire Townes
Ased Ali
Marcelo Lanz
Professor Craig Robson
Dr Judith Hall
et al.		The protective antimicrobial effect of raised prostate specific antigen levels during male urinary tract infection2012
Dr Hannah Gautrey
Dr Judith Hall
Professor John Edward Hesketh
A T/C polymorphism in the GPX4 3 ' UTR affects the selenoprotein expression pattern and cell viability in transfected Caco-2 cells2011
Dr Ased Ali
Dr Claire Townes
Dr Judith Hall
Professor Robert Pickard
Estrogen increases expression and secretion of the innate anti-microbial beta-defensin-2 in vaginal epithelium2011
Dr Ased Ali
Dr Claire Townes
Dr Judith Hall
Professor Robert Pickard
Local estrogen enhances the innate immune defences of vaginal epithelium by increasing secretion of beta-defensin-2 antimicrobial peptide2011
Professor Craig Robson
Dr Judith Hall
Professor Robert Pickard
Prostate specific antigen enhances the anti-microbial activity of SLPI and WFDC22011
123