Roy Wheeler
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View article: Functional Profiling Demonstrates That a Sulfide-Reducing Diet Achieves Microenvironmental Targets in Ulcerative Colitis
Functional Profiling Demonstrates That a Sulfide-Reducing Diet Achieves Microenvironmental Targets in Ulcerative Colitis Open
Background As a dietary approach to reducing inflammation in ulcerative colitis, the 4-SURE (4 Strategies to Sulfide Reduction) diet was designed to correct pathogenic alterations of excessive protein fermentation and hydrogen sulfide (H2S…
View article: P0149 Deep functional analysis of a defined sulphide-reducing diet (4-SURE diet) as a novel therapy for ulcerative colitis (UC) demonstrates all specific luminal micro environmental objectives were achieved
P0149 Deep functional analysis of a defined sulphide-reducing diet (4-SURE diet) as a novel therapy for ulcerative colitis (UC) demonstrates all specific luminal micro environmental objectives were achieved Open
Background As a dietary approach to reducing inflammation in ulcerative colitis (UC), the 4-SURE diet was designed to correct pathogenic alterations of excessive protein fermentation and hydrogen sulphide (H2S) production in the distal col…
View article: Investigating the effects of urban input on the abundance and diversity of potential bio-floc forming bacteria in the River Murray, South Australia
Investigating the effects of urban input on the abundance and diversity of potential bio-floc forming bacteria in the River Murray, South Australia Open
Identifying members of the aquatic microbial community and their biotic and abiotic interactions are the first step in developing inocula for bio-floc starters used as aquaculture fish-feed. This research aims to identify whether a freshwa…
View article: Facet joint arthropathy - current concepts in cross-sectional and functional imaging
Facet joint arthropathy - current concepts in cross-sectional and functional imaging Open
Poster: ESSR 2017 / P-0237 / Facet joint arthropathy - current concepts in cross-sectional and functional imaging by: R. Berkeley , J. Davies, D. Pefanis, W. Tilden, R. Wheeler, S. Vaidya; London/UK