Search

28 Jul 2024: Search site. Core Bioinformatics group. feamiR is presented at the Heidelberg Non-coding genome symposium by Eleanor. Submitted by Dr Irina Mohorianu on Thu, 14/10/2021 - 15:34. The feamiR tool, for predicting microRNA/mRNA interactions is presented

23 Feb 2024: Search site. Core Bioinformatics group. Clustering evaluation with ClustAssess. The transition from bulk to single-cell analyses transformed the computational challenges for high-throughput sequencing data processing. At the core of single-cell

23 Feb 2024: Search site. Core Bioinformatics group. feamiR - R package for predicting miRNA/mRNA interactions. Submitted by E. Lauzikaite on Tue, 12/01/2021 - 12:28. Our methods paper on feamiR, an R tool for charaterising and predicting miRNA/mRNA interactions

28 Jul 2024: Search site. Core Bioinformatics group. Defining the transcriptional signature of esophageal-to-skin lineage conversion. Submitted by Dr Irina Mohorianu on Sun, 28/03/2021 - 16:18. A new paper in collaboration with Dr Maria Alcolea has been

23 Feb 2024: Search site. Core Bioinformatics group. Excellent end of the year - with two papers accepted in December! Submitted by Dr Irina Mohorianu on Wed, 28/12/2022 - 12:26. Two papers were accepted in December! bulkAnalyseR: An accessible, interactive

23 Feb 2024: Search site. Core Bioinformatics group. Single cell RNA-Seq. Smart-Seq pipeline. Smart-seq and Smart-Seq2 are popular protocols for single-cell RNA-sequencing. With these protocols, 96-well plates are used with individual cells placed in each well.

28 Jul 2024: Search site. Core Bioinformatics group. miRNA classification with feamiR. microRNAs play a key role in RNA interference, the sequence-driven targeting of mRNAs that regulates their translation to proteins, through translation inhibition or the

28 Jul 2024: Moreover, the app can be easily shared and published, incentivising research reproducibility and allowing others to explore the same processed data.

23 Feb 2024: Search site. Core Bioinformatics group. Analysis of mRNA-Seq alternative splicing. Our pipeline uses rMATS to quantify alternative splicing events. rMATS detects five different types of events, as in the figure below. When quantifying events, two

23 Feb 2024: Search site. Core Bioinformatics group. NOTCH1 drives immune-escape mechanisms in B cell malignancies. Submitted by Dr Irina Mohorianu on Mon, 03/05/2021 - 06:28. A new paper in collaboration with Dr Ingo Ringshausen has been submitted to biorXiv.