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tRNA-derived small RNA dataset in multiple organs of intrauterine growth-restricted pig
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AbstractIntrauterine growth restriction (IUGR) impairs neonatal weight and causes multiple organ dysplasia. IUGR not only threatens human health but is also a significant constraint to the development of animal husbandry. However, the molecular mechanism underlying IUGR remains to be further elucidated. tRNA-derived small RNA (tsRNAs) is a regulative non-coding RNA, which has recently been reported to correlate with the onset and progression of several diseases. In this study, we investigated the tsRNAs expression profiles of IUGR pigs. A tsRNAs dataset for multiple organs in normal and IUGR pigs was generated, including muscle, liver, spleen and intestine. We further analyzed the characteristics of tsRNAs in different organs of pigs, and KEGG pathway analysis was performed to investigate possible pathways involved. This dataset will provide valuable information for further exploring the molecular mechanism of IUGR formation.
Springer Science and Business Media LLC
Title: tRNA-derived small RNA dataset in multiple organs of intrauterine growth-restricted pig
Description:
AbstractIntrauterine growth restriction (IUGR) impairs neonatal weight and causes multiple organ dysplasia.
IUGR not only threatens human health but is also a significant constraint to the development of animal husbandry.
However, the molecular mechanism underlying IUGR remains to be further elucidated.
tRNA-derived small RNA (tsRNAs) is a regulative non-coding RNA, which has recently been reported to correlate with the onset and progression of several diseases.
In this study, we investigated the tsRNAs expression profiles of IUGR pigs.
A tsRNAs dataset for multiple organs in normal and IUGR pigs was generated, including muscle, liver, spleen and intestine.
We further analyzed the characteristics of tsRNAs in different organs of pigs, and KEGG pathway analysis was performed to investigate possible pathways involved.
This dataset will provide valuable information for further exploring the molecular mechanism of IUGR formation.
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