During this presentation I will rapidly review the various ESRF instruments
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During this presentation I will rapidly review the various ESRF instruments
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Date: See calendar
All-atom molecular dynamics simulations provide a vehicle for capturing the structures, motions, and interactions of biological macromolecules in full atomic detail. Such simulations have, however,
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The mechanisms that antimicrobial peptides (AMPs) use to disrupt membranes have been studied extensively using NMR and other
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9th march 2012 at 11AM at PRBB.
Proteins are biological nanomachines. Virtually every function in the cell is carried out by proteins – ranging from protein synthesis, ATP synthesis, molecular binding and recognition, selective Continue reading
The combination of increased availability of structural information, major boosts in computational power and methodological developments is Continue reading
At 11AM PRBB 20th January 2012
Protein–protein interaction networks provide valuable information in understanding of cellular functions and biological processes. Recent advances in high-throughput techniques have resulted in large
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At 11AM PRBB 28th October 2011
Protein kinases (PK) are one of the largest and most functionally diverse protein families and are involved in
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At 11AM, 18th November, PRBB
The aim of protein-protein docking is to predict how two proteins associate to form a complex. This means
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Oct 7th at 11AM at PRBB
G protein-coupled receptors (GPCRs) are one of the most prevailing protein families in the human genome. GPCRs are receptors for sensory
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Macromolecular interactions are central to most cellular processes. Experimental
methods generate diverse data on these interactions ranging from high throughput
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Peptides are important mediators in the regulation of physiological processes of living organisms, exercising actions as agonists, antagonist or enzyme substrates and inhibitors. Moreover, they have also been successfully Continue reading
An increased understanding of the molecular etiology of cancer has enabled the development of novel therapies that are collectively referred to as molecularly targeted agents.
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We propose an improved version of the simple Wako-Saito-Muñoz-Eaton model, including solvation
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Dr. Bettina Keller – FU Berlin
At PRBB, 11AM 3th June 2011.
Simulations of the conformational equilibrium of macromolecules typically reveal a complex network of conformational states and Continue reading
8th April at 11AM, PRBB Computational Chemistry/Biology is now a well-established field with numerous significant successes to show for several decades of effort. Nonetheless, several challenges remain both from the computational/theoretical and experimental perspective. This talk will touch on several … Continue reading
April 15th, Xavier Salvatella, IRB, A detailed understanding of the biological function of macromolecules requires knowledge of both, their three dimensional structure and their time-dependent fluctuations. Methods to determine the structure of proteins are now well established and the static representations … Continue reading
27th May at 11AM, PRBB Modesto Orozco, IRB, Barcelona DNA is a highly flexible and polymorphic structure whose theoretical representation has been a challenge since the discovery by Watson-Crick of its secondary structure. The main challenge for representation of DNA … Continue reading
PRBB, 1st April 2011 Victor Guallar, ICREA-Barcelona Supercomputing Center We will present our recent method development to map electronic and atomic coordinates for complex biological processes. 1) The atomic detailed mechanism of long range conformational changes remains a great challenge. … Continue reading
29th April, PRBB Salvador Ventura, UAB Protein misfolding and aggregation into amyloid structures are associated with dozens of human diseases. Recent studies have provided compelling evidence for the formation of aggregates conformationally related to those underlying such disorders in yeast … Continue reading
4th March, PRBB Carlos W. Bertoncini, Laboratory of Molecular Biophysics. Institute for Research in Biomedicine, Barcelona, Spain The presence of intrinsically disordered regions is a very important feature of proteins involved in
I. Buch, UPF 25th February 2011, Xipre (Seminari 173.06-183.01) The understanding of protein-ligand binding is of critical importance for biomedical research,
to be rescheduled Speaker: Hugo Gutiérrez de Terán The new experimental structural information about the superfamily of G-Protein Coupled
16th March. At PRBB room Xipre 1st floor
Speaker: Lucia Silvilotti, University College London
Organizer: Computational biophysics group, GRIB. (http://multiscalelab.org)
Glycine receptors mediate much of fast synaptic inhibition in the spinal cord. Among the Continue reading
25th March at 11AM Speaker: Isabel Usón Instituto de Biología Molecular de Barcelona (IBMB-CSIC), Barcelona Science Park, Spain Given the phase problem, determining an initial model from the diffraction data (phasing) is a bottleneck in crystallography. Ab Initio phasing of … Continue reading
2nd February at 12PM. At PRBB room Xipre 1st floor. Speaker: Adrian Roitberg, University of Florida. Gainesville, FL. USA Organizer: Computational biophysics group, GRIB. (http://multiscalelab.org) I will present a methodology to simulated protein dynamics and ensemble properties under a
January, 21st at 11:00 AM at PRBB room UPF (3ª planta) 300.08/350.08
Speaker: Enrico Dainese, University of Teramo, Italy.
Cellular signalling is regulated by several biochemical reactions, whose dynamics depends on changes in the fluxes of specific ligands through the containment barriers that are the
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