Bioinformatics Services

The Bioinformatics Unit (BU), led by Júlia Perera, is part of the MARData from the scientific and technical services of the Hospital del Mar Research Insitute. We provide computational support to process high-throughput omics data (eg. NGS, microarrays) with a special focus on translational research. Each type of omics data provides a complementary medical perspective of a biological system or an individual. Therefore, it represents a major opportunity to understand the biological basis of complex diseases, sensitivity and resistance mechanisms to treatments, as well as for the development of predictive biomarkers. We have an extensive background in the field of cancer research but have also been involved in projects related to COVID, chronic urticaria, and major depressive disorder, among other diseases. Our current interest is to integrate multiple NGS data for the detection of patterns/signatures preserved in different pathologies

The facility currently maintains standardized data processing pipelines for NGS analyses (eg. QC, RNASeq, WES, ChIP-Seq, ATAC-Seq, single cell, differential expression), but also performs advanced analysis tailored to each project (eg. predictive algorithms, biomarker discovery, WGCNA, deconvolution, multi-omics integration). Moreover, we can provide training and consultations in bioinformatics, biostatistics and experimental design. You can visit our GitHub page at https://github.com/margenomics.

Research projects

News & activities

ORFeus, boosting research into the dark proteome

Hospital del Mar Research Institute is participating in this European project, which aims to advance knowledge of the functions of the proteins that make...

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Mar Albà to participate in the “Genome Dark Matter” mini-symposium celebrating the 25th anniversary of the Human Genome

Mar Albà participates in the mini-symposium Genome Dark Matter - celebrating the 25th anniversary of the human genome, which is to be celebrated at...

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A new study names part of the human genome

An international study published in the journal Nature has designated a subset of the so-called dark proteins - proteins with no known function -...

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A new pathway for developing cancer drugs discovered

An international research consortium, led by the University of Utah School of Medicine in Salt Lake City, United States, has discovered a new pathway...

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GRIB hosts guest researcher Carlo Colantuoni for a seminar and workshop on multi-omics data analysis

GRIB will host Carlo Colantuoni (Johns Hopkins University) on April 21st at PRBB for a seminar and hands-on workshop on multi-omics data analysis. The...

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Broad collaboration produces high-resolution atlas of developing human brain

Johns Hopkins & GRIB researchers have enhanced a cellular road map of how the brain forms and adapts early in life, bringing together nearly...

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