Project description:Transriptome responses to dexamethasone in hippocampus of pigs with different genotypes at a glucocorticoid receptor gain-of-function mutation profiled using RNA-Seq

2020-07-20 | E-MTAB-9098 | ExpressionAtlas

Transriptome responses to dexamethasone in hippocampus of pigs with different genotypes at a glucocorticoid receptor gain-of-function mutation profiled using RNA-Seq

Project description:Transriptome responses to dexamethasone in hippocampus of pigs with different genotypes at a glucocorticoid receptor gain-of-function mutation profiled using RNA-Seq

| PRJEB38416 | ENA

Project description:Hypothalamus transcriptome of growing pigs

| PRJNA779098 | ENA

Effect of gut microbiota colonizing on gene expression in the porcine hypothalamus

Project description:To investigate the impact of gut microbiota deleting and colonizing on hypothalamic health and function, the tissue samples from the germ-free (GF) pigs and the GF pigs colonized gut microbiota (CG) are used to perform whole RNA-seq for gene expression analysis We then performed long RNAs and small RNAs expression profiling analysis using data obtained from the RNA-seq of 3 different hypothalamus samples from the two groups of pigs

2022-07-11 | GSE207675 | GEO

Insecticide resistance mechanisms Myzus persicae: Genotypes Insecticide vs. Genotypes Control

Project description:Transcripcional responses in three genotypes of Muzus persicae, each exhibiting different resistance mechanisms, in response to an anti.cholinesterase insecticide Two-condition experiment in threee different genotypes: Insecticide vs. acetone plus water. Genotypes S (exhibiting no resistance mechanism) Biological replicates: 3. Genotypes RS (resistant through a kdr sodium channel mutation) Biological replicates: 2. Genotypes MR (carrying kdr and MACE mutations) Biological replicates: 2.

2013-01-01 | E-GEOD-37310 | biostudies-arrayexpress

Transcriptome sequencing of porcine hypothalamic samples

Project description:Purpose: Identification of genes regulating growth and fatness traits in pig. Methods: Hypothalamic transcriptome analysis through RNA-seq and differential expression analysis of divergent pigs for growth and fatness traits. Results: Characterization of the transcripts expressed in the porcine hypothalamus and identification of differentially expressed genes, some of them located within previously described QTL regions. Conclusions: Characterization of porcine hypothalamic transcriptome and identification of relevant genes and transcription factors related to the traits of interest. Transcriptome sequencing of 10 hypothamic samples of two groups of divergent pigs for growth and fatness (five per group).

2013-11-01 | E-GEOD-51968 | biostudies-arrayexpress

Project description:Hypothalamus transcriptome profile of growing pigs

| PRJNA718234 | ENA