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 Nanosystems Statistical Physics-Complex Matter Group from Dr. G. Franzese 

Structural Interpretation of the Large Slowdown of Water Dynamics at Stacked Phospholipid Membranes for Decreasing Hydration Level: All-Atom Molecular Dynamics. Carles Calero, H. Eugene Stanley and  Giancarlo Franzese

Materials 20169(5), 319; doi:10.3390/ma9050319

Materials 09 00319 g001b 1024Materials 09 00319 g001a 1024

Figure 1. Snapshots of the six systems considered in our study, with hydration levels (a) 34; (b) 20; (c) 15; (d) 10; (e) 7; and (f) 4. Gray and red beads represent phospholipid tails and headgroups, respectively. Blue and white beads represent oxygen and hydrogen atoms of water. The dashed line indicates the size of the simulation box.

Grup de Teràpia en Càncer

By: Anna Solé, Carlos J. Ciudad, Lawrence A. Chasin, Véronique Noé

Biochemical Pharmacology

April 2016

http://dx.doi.org/10.1016/j.bcp.2016.04.002

Graphical abstract 

Representation of a repair-PPRH, consisting of a hairpin core bound by Hoogsteen bonds (·) that forms a triplex structure with the pyrimidine strand of the dsDNA by Watson–Crick bonds (I) and bears an extension sequence at one of its ends, homologous to one of the strands of the DNA except for the repaired position (green circle) of the mutated nucleotide (red cross)

Image for unlabelled figure
 
 
 

MEMBRANES-CELLULAR MECHANICS WORKSHOP

 

18 Març de 9h-17h al Paranimf, Facultat de Medicina, UB (Map)

Programa

                                                                        

I Workshop d’Investigadors IN2UB

Data: 18 de Novembre 2015 a les 10h

Lloc: Facultat de Física-Universitat de Barcelona

 

Publicació IN2UB al Suplement Biotech_2015_LA VANGUARDIA