ABSTRACT: Skin_associated_bacteria_from_Panamanian_frogs_(unpublished data)
Please, use this data with confidentiality that it is an unpublished data for my thesis.
Project description:Skin_associated_bacteria_from_Panamanian_frogs_(unpublished data)
Please, use this data with confidentiality that it is an unpublished data for my thesis.
Project description:This data comes from coral samples taken during four years in Hawaii. We identified a class of lipids which predicts differences in coral bleaching phenotype across time.
This data is unpublished yet and any use have to be informed to their corresponding PIs.
Project description:Gene regulatory networks inferred from RNA abundance data have generated significant interest. Several high-profile studies have suggested that gene networks may be useful for identifying molecular pathways related to development, human disease and drug action. However despite, this potential, gene network approaches are used relatively infrequently and their use generally requires input from specialist bioinformaticians. To make their use and evaluation more accessible to non-specialist bioinformaticians and to laboratory scientists, we have assembled a comprehensive but easily used suite of tools for the generation and evaluation of gene regulatory networks, applicable to both microarray and RNA-seq data. We illustrate the use of these tools with two previously unpublished microarray datasets generated in primary human endothelial cells by 400 siRNA-mediated knockdowns. Using these tools and data sets, we reverse-engineered a range of different types of transcriptional regulatory network model, and compared these networks with known molecular pathways reported in the literature.
Project description:DNA/RNA helicase Upf1 seems to interact with axonal transcripts in response to nerve growth factor (NGF, A. Ludanyi, M. Gaspari and A. Riccio, unpublished data). In order to shed light on Upf1 mechanism of action and to identify potential associations with molecules having cleavage activity, we performed an AP-MS experiment comprising Upf1 immunoprecipitation, on-beads digestion, isotopic labelling (18O) and quantitative LC-MS/MS analysis.
Project description:Test dataset with example metadata and license file.
Non-commercial license is granted to use this data. Attribution is required. Please see the attached license file prior to using the data
Project description:This data comes from coral samples taken during four years in Hawaii. We identified a class of lipids which predicts differences in coral bleaching phenotype across time.
This data is unpublished yet and any use have to be informed to their corresponding PIs.
Project description:For further information on this study please see http://www.sanger.ac.uk/resources/downloads/bacteria/salmonella.html This data is part of a pre-publication release. For information on the proper use of pre-publication data shared by the Wellcome Trust Sanger Institute (including details of any publication moratoria), please see http://www.sanger.ac.uk/datasharing/