Search

Now showing items 1-4 of 4

Large Scale Excitations in Disordered Systems

Sales Pardo, Marta (Date of defense: 2002-11-22)

Disorder is present in many systems in nature and in many different versions. For instance, the dislocations of a crystal lattice, or the randomness of the interaction between magnetic moments. One of ...

Force-spectroscopy of small ligands binding to nucleic acids

Camuñas i Soler, Joan (Date of defense: 2015-03-02)

Single-molecule techniques allow to following biomolecular reactions with unprecedented resolution. Particularly, optical tweezers can be used to manipulate and apply forces to individual molecules ...

Statistical and thermodynamical properties of DNA unzipping experiments with optical tweezers

Huguet Casades, Josep Maria (Date of defense: 2011-02-04)

[eng] Molecular biophysics is a scientific discipline that studies biomolecules. This discipline has experienced a revolution thanks to the development of single- molecule techniques. These techniques ...

Single molecule studies in a temperature-jump optical trap

Lorenzo Ros, Sara de (Date of defense: 2015-01-23)

In the field of biophysics, the study of the thermodynamic characteristics of biomolecules, such as DNA, RNA or proteins, allows us to understand more about the building blocks of life. The thermodynamic ...

Search

Large Scale Excitations in Disordered Systems

Force-spectroscopy of small ligands binding to nucleic acids

Statistical and thermodynamical properties of DNA unzipping experiments with optical tweezers

Single molecule studies in a temperature-jump optical trap

Filter

Director

Date of defense

Language

Keywords and Knowledge Area

Subjects

Full text availability

Search

Filters

Large Scale Excitations in Disordered Systems

Force-spectroscopy of small ligands binding to nucleic acids

Statistical and thermodynamical properties of DNA unzipping experiments with optical tweezers

Single molecule studies in a temperature-jump optical trap