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10/06/2015

Cuatro proyectos del GRIB recibirán ayudas del Plan Nacional del MINECO

El Ministerio de Economía y Competitividad (MINECO) ha concedido las ayudas del Plan Nacional de I + D + i, el instrumento principal de la política científica española que promueve los trabajos que se encuentran en la base del progreso científico. El GRIB ha obtenido financiación para cuatro proyectos de investigación.

Eduardo Eyras, investigador ICREA y jefe del grupo de Genómica Computacional, llevará a cabo el proyecto "Caracterización y detección de alteraciones en el procesamiento del RNA con relevancia clínica para la medicina personalizada del cáncer".

Gianni de Fabritiis, investigador ICREA y jefe del grupo de Biofísica Computacional, llevará a cabo el proyecto "Conformational Kinetics, binding and modulation of disordered protein domains".

Jordi Mestres, jefe del grupo de Farmacología de Sistemas llevará a cabo el proyecto "Aproximaciones de sistemas a la predicción avanzada de la seguridad de pequeñas moléculas para la salud humana y ambiental".

Baldo Oliva, jefe del grupo de Bioinformática Estructural, llevará a cabo el proyecto "Desarrollo de herramientas bioinformáticas para el estudio de los mecanismos de reconexión de la red de interacciones de proteínas: Aplicación en la medicina de sistemas (PINR-sysmed)".

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Informative session of the Master in Bioinformatics for Health Sciences on June the 12th

Come to the information session of the master's degree in Bioinformatics for Health Sciences on June the 12th at 17:00 at Marie Curie room in the ground floor of PRBB (map).

The aim of this session is to provide information about the main characteristics of the Master, which is available for the 2015-2016 academic year. If you are interested please fill the form here.

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18/05/2015

GRIB coordinates the new H2020 project MedBioinformatics

The project MedBioinformatics aims to develop useful bioinformatics tools and applications, and autonomously usable for analysing the huge amount of data and knowledge generated in healthcare and biomedical research in order to facilitate translational research and precision medicine.

According to Ferran Sanz, Director of GRIB (IMIM-UPF) and coordinator of this project, "most potential users, i.e. translational researchers and health professionals, do not have adequate tools to efficiently exploit this large and heterogeneous amount of information. So far, efforts to develop bioinformatics methods and tools have not produced the expected impact in healthcare environments".  Ferran Sanz added that this is primarily due to two reasons "on one hand, the lack of integrative strategies that effectively combine the diverse types of data that are available in different repositories around the world. On the other hand, there is a lack of involvement of end users during the process of creating applications to identify the information they really need and to present it in the most appropriate format. We must develop applications that integrate, analyse and show biomedical information in a way that is immediately understandable and useful to end users."

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11/05/2015

A collaboration between researchers at GRIB and CRG explores the role of amino acid tandem repeats in the diversification of duplicated proteins

Expansions of amino acid tracts in proteins are famous for causing a number of neurodegenerative and developmental diseases. However, these regions are also an important motor for evolution, as recently shown in an article appeared in Molecular Biology and Evolution coauthored by the Evolutionary Genomics group of GRIB (IMIM-UPF) led by Mar Albà and the Gene Function group of CRG led by Susana de la Luna.

The complexity of vertebrates is related to two whole genome duplications occurred at the origin of the group. After these events, many developmental regulators were retained in multiple copies and later acquired different functions. The authors have shown that a large number of transcription factors gained new amino acid tandem repeats after the duplication. In experiments performed in families containing poly-alanine tracts, deletion of the repeat recapitulates the ancestral protein transcriptional activity, making the two copies alike again. The results support the idea that repeats played an important role in in the diversification of transcriptional networks during vertebrate evolution.

Article ref.: Núria Radó-Trilla, Krisztina Arató, Cinta Pegueroles, Alicia Raya, Susana de la Luna* and M.Mar Albà*. Key role of amino acid repeat expansions in the functional diversification of duplicated transcription factors. Molecular Biology and Evolution, April 29, 2015, Advance Access. *co-corresponding

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GRIB participates in the european project ELIXIR-EXCELERATE

GRIB takes part of the european project ELIXIR-EXCELERATE awarded with €19 million from the European Union to accelerate the implementation of Europe’s life-science data infrastructure over the next four years. From September 2015, ‘ELIXIR-EXCELERATE’ will facilitate the integration of Europe’s bioinformatics resources, supporting all sectors of life-science R&D. It will deliver excellence to ELIXIR’s users by fast-tracking the development and deployment of essential data services. 

ELIXIR Director Niklas Blomberg says, “I am delighted that the EU is supporting this high-impact project. In the age of big data, it is critical that we can all make the most of the bioinformatics capacity that has been developed in each of our member states. This will make a difference to Europe's 500,000 life-science researchers, who need public research data to be managed well over the long term so it can be reused to maximum effect. EXCELERATE will bring about a step change in how bioinformatics services are coordinated across Europe, ensuring they are integrated, grow in step with the advent of new technologies, and maintained appropriately over the long term.”

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04/05/2015

The eTOX Hackathon starts today at PRBB

The first eTOX Hackathon will be celebrated from 4th to 7th of May at the Barcelona Biomedical Research Park (PRBB). The objective of this event is to gather multidisciplinary teams from academic, SME and EFPIA partners to work on a limited number of cases that require close, hands-on collaboration between modellers and toxicologists. The goal of this exercise will be to mine the collected eTOX data in order to derive new in silico models. 4 challenges have been designed and an attendance of over 30 people is confirmed.

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28/04/2015

El GRIB participa en el Debate “Big Data: Big opportunity?” organizado por Esade Alumni

Miguel Ángel Mayer, médico de Familia y miembro del Grupo de Investigación en Informática Biomédica Integrada del GRIB (IMIM-UPF) ha participado en el Debate “Big Data: Big opportunity?” organizado por los clubes de Salud-Farma y Digital Business de Esade Alumni el pasado jueves 23 de Abril en Barcelona. El debate abordó diferentes aspectos relacionados con la aplicación del Big Data en medicina tanto en la vertiente clínica como de investigación y se analizó el proyecto de Big Data (Visc+) de la Generalitat de Cataluña.

La intervención de MA Mayer defendió la importancia que el Big Data puede tener en la investigación biomédica y señaló que "el Big Data no sólo nos permite acceder y gestionar grandes volúmenes de datos, sino también la utilización de datos de mayor calidad”.

Entre las conclusiones del debate cabe destacar que los beneficios de la utilización de grandes volúmenes de datos clínicos digitalizados por parte de investigadores y empresas superan ampliamente los riesgos potenciales, siempre que se garantice en todo momento privacidad y la protección de los datos personales de acuerdo a la legislación vigente.

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28/04/2015

The Department of Experimental and Health Sciences (DCEXS) of the UPF has been recognized as a "María de Maeztu" Excellence Unit

We are very proud to announce that the DCEXS has been recognized as a "María de Maeztu" Excellence Unit by the spanish Ministry of Economy and Competitiveness. The DCEXS is one of the six research units in Spain to receive this award in the last call.

As Arcadi Navarro, director of the DCEXS, said "as a member of the Pompeu Fabra University, it makes us especially proud the acknowledgement of the effort made to demonstrate that a university department can make first class research."

According to the Secretary of State for R&D of the Ministry of Economy and Competitiveness, the DCEXS is considered a leading unit in biomedical research in Europe. It has a significant portfolio of patents, start-ups and spin-offs, a list of global collaborations and a PhD program in Biomedicine internationally recognized.

The Research Programme on Biomedical Informatics (GRIB) is a joint research programme of IMIM-Hospital del Mar Medical Research Institute and the Department of Experimental and Health Sciences of the Universitat Pompeu Fabra (UPF).

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22/04/2015

Chemotargets llença al mercat CTlink[GUI], interfície gràfica del ‘software’ CTlink

La spin off del GRIB (IMIM-UPF) Chemotargets, ha tret al mercat el CTlink[GUI], versió comercial amb interfície gràfica del software CTlink que pretén oferir eines gràfiques intuïtives i interactives per analitzar els resultats del 'software'

El CTlink és un software independent de plataforma que permet predir com una small mollecula interactua amb determinades proteïnes. Aquesta plataforma necessita un quimioinformàtic per fer-la servir i ser instal·lada en un servidor. En canvi, amb l’arribada d’aquesta versió més comercial, Chemotargets obre el seu mercat i qualsevol químic, farmacòleg o toxicòleg, pot dibuixar l’estructura de la molècula, tirar el càlcul i li retornen els resultats. ‘Només cal posar el codi de la molècula  o el dibuix de l’estructura, ho entres al servidor i et retorna no només el que se sap de les proteïnes que interaccionen, sinó que també una predicció’, afirma Jordi Mestres, CEO de Chemotargets.

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19/03/2015

New intogen web to explore driver genes across cancer types

Coinciding with the publication of their latest paper "In Silico Prescription of Anticancer Drugs to Cohorts of 28 Tumor Types Reveals Targeting Opportunities", on March the 9th, the Biomedical genomics group has crafted a new IntOGen interface which presents the results of the analysis of somatic mutations across almost 7000 cancer samples from 28 different cancer types to identify driver genes. More information at the Computational Oncogenomics blog

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