Project description:ZC3H5 was knocked down in bloodstream form T.brucei by RNAi for 0h and 12h. WT bloodstream form cells were used as control. Polysome fractionation was performed, RNA was purified from each fraction and fractions were pooled the following: F=free fraction; M=monosomes; L=light polysomes; H=heavy polysomes. RNA was depleted and RNA-Seq was performed.
Project description:Translational profiles of wild type yeast strains were identified by microarray analysis by isolating polysomes using sucrose gradients to recover polysome-associated RNA and comparing polysome-associated RNA vs total RNA
Project description:Bloodstream-form EATRO1125 T. brucei with or without induction of EIF4E6 RNAi, total RNA and polysome fractions. Samples 13, 27, 30, uploaded fine but were flagged as erroneous by the system, we do not know why. A new round of compression didn't help.
Project description:We performed ribosome profiling of polysomes (Poly-RIBOseq) to monitor translation of RNAs associated with polysomes in brain extracts from a mouse model Keywords: ribosome profiling, translation, polysome profiling, Poly-RIBOseq
Project description:Translational profiles of wild type yeast strains were identified by microarray analysis by isolating polysomes using sucrose gradients to recover polysome-associated RNA and comparing polysome-associated RNA vs total RNA Set of arrays that are part of repeated experiments
Project description:RNA from MCF-7 cells was fractionated by sucrose density gradient centrifugation to separate RNA associated with membrane-bound polysomes from RNA associated with free polysomes. These two populations were hybridized in triplicate to U133A microarrays.
Project description:Here we report the identification at a genome-wide scale of the mRNAs associated to polysomes in Gemin5-depleted cells relative to control cells. Among the polysomal Gemin5-enhanced mRNAs, we identified numerous transcripts belonging to two distinct families, which encode ribosomal proteins and histones.
