Whey protein isolate decreases murine stomach weight and intestinal length and alters the expression of Wnt signalling-associated genes
Contribuinte(s) |
University of Aberdeen, School of Biological Sciences, Biological Sciences University of Aberdeen, Environment and Food Security |
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Data(s) |
25/08/2016
25/08/2016
28/01/2015
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Resumo |
Acknowledgements K. N. N. was supported by the Teagasc Vision Programme on Obesity (RMIS5974). L. M. was supported by the Teagasc Walsh Fellowship. J. R. S. was supported by a 1000-talents professorship from the Chinese government. The funding bodies had no input on the design of the study or in the interpretation of the data. The authors’ contributions are as follows: L. M., J. R. S., J. F. C. and K. N. N. designed the study; K. N. N. and J. F. C. obtained ethical approval for the study; L. M. performed the experiments; L. M. and J. R. S. analysed the data; L. M. generated the figures. All authors contributed to the drafting of the manuscript. All authors approved the final version for submission. The authors declare that there is no competing interest. Peer reviewed Publisher PDF |
Formato |
8 |
Identificador |
McAllan , L , Speakman , J R , Cryan , J F & Nilaweera , K N 2015 , ' Whey protein isolate decreases murine stomach weight and intestinal length and alters the expression of Wnt signalling-associated genes ' British Journal of Nutrition , vol 113 , no. 2 , pp. 372-379 . , 10.1017/S0007114514004024 0007-1145 PURE: 70095468 PURE UUID: b754054c-66f4-49b3-a0e2-7fe3f1567263 PubMed: 25582423 |
Idioma(s) |
eng |
Relação |
British Journal of Nutrition |
Palavras-Chave | #Adiposity #Animals #Cattle #Diet, Fat-Restricted #Duodenum #Energy Intake #Food-Processing Industry #Gene Expression Regulation #Ileum #Industrial Waste #Ireland #Male #Mice, Inbred C57BL #Organ Size #Organ Specificity #Overweight #Oxygen Consumption #Stomach #Time Factors #Weight Gain #Whey Proteins #Wnt Signaling Pathway #QH301 Biology #QH301 |
Tipo |
Journal article |