Upregulated DEG in response to exogenous GLP-2 administration.

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posted on 2024-08-15, 17:39 authored by Ronald J. Trotta, Kendall C. Swanson, James L. Klotz, David L. Harmon

Upregulated DEG in response to exogenous GLP-2 administration.

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transcriptional mechanisms associated starch assimilation capacity specific cdna libraries postruminal casein infusion genetic information processing continuous abomasal infusion >) mrna expression 30 g casein 250 ± 23 jejunal mucosal transcriptome jejunal mucosal tissue upregulated deg (<reads per sample gene ontology enrichment >- value (<differentially expressed genes cattle using next like peptide 2 div >< p bw per day bw )] received four holstein steers enriched kegg pathways 100 μg glp generation rna sequencing provide either 0 2 administration increased cattle kegg pathways rna sequencing 2 administration jejunal mucosa increased growth increase (<gene ontologies either 0 downregulated (<p total rna 667 genes 101 genes bw combined treh slc5a1 slc2a2 padj mgam lct kat2b hnf1 gata4 treatment period transporter activities study highlights sphingolipid metabolism previously demonstrated generate 150 galactose metabolism exogenous glucagon exogenous glp end reads determined based current study carbohydrase activity brush border bp paired bile secretion barrier function adherens junction 2000 h

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