Home
Browse
Search
Latest additions
Policies
FAQ
About Open Access
Browse by Author
Browse by Year
Browsing publications by
Professor Peter Farr
Newcastle Authors
Title
Year
Dr Sophie Weatherhead
Professor Peter Farr
Professor Nick Reynolds
Spectral effects of UV on psoriasis
2013
Dr Sophie Weatherhead
Professor Peter Farr
Dr David Jamieson
Dr Jennifer Hallinan
Dr James Lloyd
et al.
Apoptosis of keratinocytes is a key mechanism in UVB-induced clearance of psoriasis
2011
Dr Sophie Weatherhead
Professor Peter Farr
Dr David Jamieson
Dr Jennifer Hallinan
Dr John Lloyd
et al.
Keratinocyte Apoptosis in Epidermal Remodeling and Clearance of Psoriasis Induced by UV Radiation
2011
Dr Sophie Weatherhead
Professor Peter Farr
Dr James Lloyd
Professor Nick Reynolds
Keratinocyte apoptosis is an important mechanism in the remodelling of psoriatic plaques by ultraviolet B
2011
Dr Sophie Weatherhead
Professor Peter Farr
Dr Daniel Swan
Professor Nick Reynolds
The differential genetic effects of therapeutic ultraviolet B in psoriatic epidermis
2011
Dr Sophie Weatherhead
Professor Peter Farr
Dr Daniel Swan
Professor Nick Reynolds
The differential genetic effects of therapeutic UVB in psoriatic epidermis
2011
Dr Sophie Weatherhead
Professor Peter Farr
Dr Jennifer Hallinan
Professor Anil Wipat
Professor Nick Reynolds
et al.
Development of a dynamic mathematical model of epidermis reveals critical importance of increasing the proportion of both cycling stem and transient amplifying cells, in the development of psoriatic plaques
2010
Professor Peter Farr
Glutathione S-transferase M1 (GSTM1) genotype is associated with serum 8-MOP concentration and PUVA sensitivity
2010
Dr Sophie Weatherhead
Professor Peter Farr
Professor Nick Reynolds
Proliferative potential and stage of cell cycle determines keratinocyte susceptibility to UV-induced apoptosis
2010
Dr Ross Flockhart
Emeritus Professor Brian Diffey
Professor Peter Farr
Dr James Lloyd
Professor Nick Reynolds
et al.
NFAT regulates induction of COX-2 and apoptosis of keratinocytes in response to ultravioloet radiation exposure
2008
1
2
3
4