Differential midgut transcriptomics comparing nutritional status reveals a crucial role for V-ATPase subunit a and Niemann-pick 1b protein in the digestive physiology of the desert locust. - - GEO DataSets

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Differential midgut transcriptomics comparing nutritional status reveals a crucial role for V-ATPase subunit a and Niemann-pick 1b protein in the digestive physiology of the desert locust.

(Submitter supplied) The main objective of this study was to analyze the general midgut transcript profile of Schiustocerca gregaria as well as changes in midgut gene expression during different stages of feeding. We compared three different time points of the digestive process: no active digestion (24 h after feeding), the initial stages of feeding (10 min after feeding) and active digestion in the midgut (2 h after feeding).

Organism:: Schistocerca gregaria

Type:: Expression profiling by high throughput sequencing

Platform:: GPL33225
18 Samples

Download data: FASTA, RESULTS

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Accession:: GSE226871

ID:: 200226871

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Differential midgut transcriptomics comparing nutritional status reveals a cruci...
Differential midgut transcriptomics comparing nutritional status reveals a crucial role for V-ATPase subunit a and Niemann-pick 1b protein in the digestive physiology of the desert locust.
Accession: GSE226871

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