Project description:PTex is a protocol to purify UV-cross-linked ribonucleoproteins (RNPs) in an unbiased and sequence-independent fashion. Total RNA from HEK293 cells was analysed by RNASeq from whole cell lysates as well as after purification of RNPs.
Project description:We performed proteomic analysis of extracellular vesicles (EVs) and whole cell lysates (WCL) isolated from the same biofilm (strain = DAY286, n = 5). We identified proteins enriched in EVs versus WCL by comparing their LFQ intensities across all samples. After linking these results with EV enrichment data from other strains, we proposed a suite of putative EV marker proteins which were useful for multiple C. albicans strains and morphologies.
Project description:The “Pan-Human Library” is a compendium of highly specific assays covering more than 10 000 human proteins and enabling their targeted analysis in SWATH-MS datasets acquired from research or clinical specimens. This dataset contains validation SWATH-MS data and OpenSWATH results of whole cell lysates of HeLa (guot_L130330_005_SW, guot_L130330_006_SW, guot_L130330_007_SW) and U2OS cells (gout_L130330_013_SW, gout_L130330_014_SW, gout_L130330_015_SW). Further, the combined assay library (phl004_s32.csv) and the sample-specific assay libraries (phl004_sshela_s32.csv, phl004_ssu2os.csv) used for the analysis are provided.
Project description:We performed proteomic analysis of extracellular vesicles (EVs) and whole cell lysates (WCL) isolated from the same liquid culture (strain = DAY286, n = 3). This data set is the first label-free quantitative comparative study of the proteins in C. albicans EVs and their parent planktonic (yeast-form) cells. We identified proteins enriched in EVs versus WCL by comparing their LFQ intensities across all samples. After linking these results with EV enrichment data from other strains, we proposed a suite of putative EV marker proteins which were useful for multiple C. albicans strains and morphologies.
Project description:The aim of this study was to provide proof of principle as to whether probiotic bacteria or their extracts, could stimulate cutaneous wound healing. To this end, we have used a keratinocyte monolayer scratch assay which assesses one important aspect of wound healing, re-epithelialization. Primary human keratinocyte monolayers were scratched and then exposed to lysates of Lactobacillus rhamnosus GG
Project description:To explore the role of circRNAs during CRC (colorectal cancer) metastasis, we isolated CRC cells from human sample and performed transwell assay. Then circRNA microArray analysis were performed and differentially expressed circRNAs were identified.
Project description:The long term goal is to define the transcriptional changes that accompany pericyte-to-myofibroblast transition in fibrotic kidney disease. Medullary pericytes are identified by their expression of a eGFPL10a fusion protein whose expression is driven by a Col1a1 promoter. Pericyte-specific RNA is generated by eGFP-affinity purification of polysomes from medullary lysates and then subject to microarray analysis.
Project description:We performed proteomic analysis of extracellular vesicles (EVs) and whole cell lysates (WCL) isolated from the same liquid culture. This was implemented for two different C. albicans strains, ATCC90028 (n = 3) and ATCC10231 (n = 3). This data set is the first label-free quantitative comparative study of the proteins in C. albicans EVs and their parent planktonic (yeast-form) cells. We identified proteins enriched in EVs versus WCL by comparing their LFQ intensities across all samples. After linking these results with EV enrichment data from other strains, we proposed a suite of putative EV marker proteins which were useful for multiple C. albicans strains and morphologies.
Project description:Commercial human heart whole tissue lysates were analyzed with LC-MS/MS with an inclusion list of alternative sequences (Lau et al. bioRxiv 2019).
Project description:To identified Biotin-ST probe interacting proteins, we applied SPIDER assay by using Biotin-ST probe in cells lysates, and the enriched protein was identified by mass spectrometry to quantitatively find the targets of Biotin-ST interactors.