Project description:In this study, we describe the development and use of an ad hoc protein microarray to characterize the target of HumAbs isolated from 4CMenB vaccinated subjects and induced by the OMV component of the vaccine
Project description:In this study, we describe the development and use of an ad hoc protein microarray to characterize the target of HumAbs isolated from 4CMenB vaccinated subjects and induced by the OMV component of the vaccine
Project description:In this study, we describe the development and use of an ad hoc protein microarray to study the immune response induced by the OMV component of 4CMenB vaccine in mouse sera before and after immunization.
Project description:In this study, we describe the development and use of an ad hoc protein microarray to study the immune response induced by the OMV component of 4CMenB vaccine in infant sera before and after vaccination
Project description:In this study, we describe the development and use of an ad hoc protein microarray to characterize the meningococccal cross-binding of HumAbs isolated from 4CMenB vaccinated subjects and induced by the OMV component of the vaccine
Project description:In this study, we describe the development and use of an ad hoc protein microarray to characterize the gonococcal cross-binding of HumAbs isolated from 4CMenB vaccinated subjects and induced by the OMV component of the vaccine
Project description:In this study, we describe the development and use of an ad hoc protein microarray to study the immune response induced by the three major 4CMenB antigenic components (fHbp, NHBA and NadA) in individual sera from vaccinated infants, adolescents and adults.
Project description:we used two contrasting maize genotypes with differential oil accumulation percentage. High oil content (HOC) maize had 11% oil content while low oil content (LOC) maize had significantly lower oil content (5.4%). Transmission electron microscopy revealed a higher accumulation of oil bodies in the HOC maize embryo as compared to LOC maize. Comparative RNA-sequencing analysis at different developmental stages of seed embryo identified 739 genes that are constantly differentially expressed (DEGs) at all the six developmental stages from 15 days after pollination (DAP) to 40 DAP. KEGG enrichment analysis identified fatty acid metabolism and fatty acid biosynthesis as the most enriched biological pathways contributed by these DEGs. Notably, transcriptional changes are more intense at the early stages of embryo development as compared to later stages. In addition, pathways related to oil biosynthesis and their corresponding genes were more enriched at 30 DAP, which seems to be the key stage for oil accumulation. The study also identified 33 key DEGs involved in fatty acid and triacylglycerols biosynthesis, most of them were up-regulated in HOC, which may shape the differential oil contents in the two contrasting maize. Notably, we uncovered that both acyl-CoA-dependent and acyl-CoA-independent processes are essential for the high oil accumulation in maize embryo.
Project description:Despite a pathological complete response, risk-of-relapse remains a challenge for most of epithelial ovarian cancer (EOC) patients and an ad-hoc predictor can be a valuable clinical tool. We developed a 35 miRNAs-based predictor of Risk of Ovarian Cancer Relapse (MiROvaR) using a training set of patients from MITO-2 (Multicentre Italian Trials in Ovarian Cancer-2; Pignata S et al. J Clin Oncol. 2011 Sep 20). MiROvaR performance was confirmed in two independent validation cohorts.