Project description:The complex of NF90 and NF45 is known to participate in transcriptional regulation, mRNA stabilization and microRNA biogenesis in vitro. However, the physiological function of the NF90-NF45 complex is still unclear. To elucidate its functions, we generated NF90-NF45 double transgenic (dbTg) mice. Robust expression of NF90 and NF45 was detected in skeletal muscle. As mentioned above, NF90-NF45 complex is involved in regulation of genes via transcription and RNA metabolism. To identify genes regulated by NF90-NF45, we performed comprehensive analyses of mRNA expression in quadriceps of wild-type (WT) and NF90-NF45 dbTg mice. mRNA expression profile in quadriceps comparing WT and NF90-NF45 dbTg mice.
Project description:The complex of NF90 and NF45 is known to participate in transcriptional regulation, mRNA stabilization and microRNA biogenesis in vitro. However, the physiological function of the NF90-NF45 complex is still unclear. To elucidate its functions, we generated NF90-NF45 double transgenic (dbTg) mice. Robust expression of NF90 and NF45 was detected in skeletal muscle. As mentioned above, NF90-NF45 complex is involved in regulation of genes via transcription and RNA metabolism. To identify genes regulated by NF90-NF45, we performed comprehensive analyses of mRNA expression in quadriceps of wild-type (WT) and NF90-NF45 dbTg mice.
Project description:To investigate regulation of miRNA biogenesis by NF90-NF45 complex, we performed comprehensive analysis of miRNA expression in quandriceps of WT and NF90-NF45 dbTg mice. Comparison of miRNA expression profile in quandriceps between WT and NF90-NF45 dbTg mice.
Project description:We found that knock down of NF90 and its binding factor, NF45, complex leads to retardation of growth in Beta-TC-6 cells, a pancreatic beta cell line. To uncover molecular mechanisms for the growth retardation in Beta-TC-6 cells depleted of NF90-NF45, we performed comprehensive analysis of gene expression using microarray.
Project description:We found that knock down of NF90 and its binding factor, NF45, complex leads to retardation of growth in Beta-TC-6 cells, a pancreatic beta cell line. To uncover molecular mechanisms for the growth retardation in Beta-TC-6 cells depleted of NF90-NF45, we performed comprehensive analysis of gene expression using microarray.
Project description:We found that knock down of NF90 and its binding factor, NF45, complex leads to retardation of growth in Beta-TC-6 cells, a pancreatic beta cell line. To uncover molecular mechanisms for the growth retardation in Beta-TC-6 cells depleted of NF90-NF45, we performed comprehensive analysis of gene expression using microarray.
Project description:Our previous study has showed that complex of NF90 and nuclear factor 45 (NF45) (NF90-NF45) inhibits miRNA biogenesis through negative regulation of primary-miRNA processing step. On the other hand, miRNAs, the biogenesis of which is regulated by NF90-NF45 in hepatocellular carcinoma, are not clear. Thus, to identify the miRNAs, we performed a miRNA array using RNAs extracted from control Huh7 cells and the cells depleted of NF90. Comparison of miRNA expression profile in one non-targeting control siRNA (siNTC)- or two independent siNF90-treated Huh7 cells.
Project description:Our previous study has showed that complex of NF90 and nuclear factor 45 (NF45) (NF90-NF45) inhibits miRNA biogenesis through negative regulation of primary-miRNA processing step. On the other hand, miRNAs, the biogenesis of which is regulated by NF90-NF45 in hepatocellular carcinoma, are not clear. Thus, to identify the miRNAs, we performed a miRNA array using RNAs extracted from control Huh7 cells and the cells depleted of NF90.
Project description:To investigate regulation of miRNA biogenesis by NF90-NF45 complex, we performed comprehensive analysis of miRNA expression in quandriceps of WT and NF90-NF45 dbTg mice.
