E-MTAB-3452
Rabbit Lung_DH_TO_Control
Investigation into the effects of Congenital Diaphragmatic Hernia (CDH) and subsequent treatment with tracheal occlusion (TO) on the pulmonary transcriptome.  A diaphragm defect was created by surgical means in fetal rabbits.  The surgical creation of diaphragmatic hernia (DH) allows for direct analysis of changes in pulmonary gene expression due to pulmonary hypoplasia, without the need for gene knockdown (as for KO mice) or use of teratogens (such as nitrofen).  The subsequent treatment with tracheal occlusion (TO) was also investigated to determine the changes in gene expression due to forced lung growth in the prenatal phase.  RNA-Seq analysis was performed on left lung samples from fetal rabbits.  Samples were generated and analysed for DH (n=4), TO (n=6), and control lungs (n=4)
Investigation into the effects of Congenital Diaphragmatic Hernia (CDH) and subsequent treatment with tracheal occlusion (TO) on the pulmonary transcriptome.  A diaphragm defect was created by surgical means in fetal rabbits.  The surgical creation of diaphragmatic hernia (DH) allows for direct analysis of changes in pulmonary gene expression due to pulmonary hypoplasia, without the need for gene knockdown (as for KO mice) or use of teratogens (such as nitrofen).  The subsequent treatment with tracheal occlusion (TO) was also investigated to determine the changes in gene expression due to forced lung growth in the prenatal phase.  RNA-Seq analysis was performed on left lung samples from fetal rabbits.  Samples were generated and analysed for DH (n=4), TO (n=6), and control lungs (n=4)