ArrayExpress Uploaderarrayexpress_sidhumanglutamine00.055glutamine00.055glucose00.055glutamine40.055glutamine40.055glucose00.055glucose00.055glutamine00.055glucose40.055glucose40.055glutamine00.055glucose00.055glucose40.055glucose00.055glucose40.055glucose00.055glutamine00.055glutamine40.055glutamine00.055glucose40.055glutamine00.055glutamine40.055glucose40.055glucose00.055glutamine40.055glutamine00.055glutamine40.055glucose40.055glucose40.055glutamine40.055glutamine40.055glucose00.055171603Intestinal perfusion of a 40-cm segment of the small intestine in 8 healthy volunteers. 2 test days, overnight fast. Gastroduodenoscopy...E-MEXP-941/profile/8773/arrayexpressuploader332glucoseglutamineintestinepylorussmall intestineDec.12, 2014FalseE-MEXP-941_A-AFFY-33transcription-profiling-by-array-of-human-duodenalTranscription profiling by array of human duodenal mucosa after treatment with glutamine or glucoseJun.19, 2014Intestinal perfusion of a 40-cm segment of the small intestine in 8 healthy volunteers. 2 test days, overnight fast. Gastroduodenoscopy for tissue sampling and positioning of perfusion catheter. Continuous injection of 0.055 M glutamine (10 ml/min) in saline at 10 cm distally from the pylorus for 4 h or continuous injection of 0.055 M glucose in saline. After the injection a second gastroduodenoscopy takes place for tissue sampling. In total we have 4 samples per individual (placebo-before; placebo-after; glutamine-before; and glutamine-after injection.http://www.ebi.ac.uk/arrayexpress/experiments/E-MEXP-941http://www.ebi.ac.uk/arrayexpress/experiments/E-MEXP-941/samples/