Add to ORKGThis thesis outlines a series of investigations of the structure and properties of full-length tropoelastin, intermolecular interactions of tropoelastin and the effects of an inherited disorder on the association properties of human tropoelastin
Protein folding poses unique challenges for large, disordered proteins due to the low resolution of ...
Polypeptide sequences encoding the single exons of human tropoelastin were synthesized and their co...
The elastic properties of elastin have essentially been discussed in terms of dominant entropic comp...
In this review, we present a comprehensive overview of the molecular studies on human tropoelastin d...
Elastin macromolecular assembly is a highly complex mechanism involving many steps including coacerv...
To enable the long-term study of tropoelastin and elastic fibre structure, function and biosynthesis...
Hydrophobic domains of human tropoelastin are able to aggregate in a variegated manner. Some aggrega...
Hydrophobic domains of human tropoelastin are able to aggregate in a variegated manner. Some aggrega...
International audienceSecondary structure and antigenicity predictive methods have been applied to t...
The central region of tropoelastin including domains 19-25 of human tropoelastin forms a hot-spot fo...
One of the unusual properties of elastin is its ability to coacervate, which has been proposed to pl...
AbstractOne of the unusual properties of elastin is its ability to coacervate, which has been propos...
Tropoelastin, as the monomer unit of elastin, assembles into elastic fibers that impart strength and...
After a historical introduction the authors describe their most recent results on the structure, ass...
Despite their biological importance and prevalence, the elucidation of the structures and dynamics o...
Protein folding poses unique challenges for large, disordered proteins due to the low resolution of ...
Polypeptide sequences encoding the single exons of human tropoelastin were synthesized and their co...
The elastic properties of elastin have essentially been discussed in terms of dominant entropic comp...
In this review, we present a comprehensive overview of the molecular studies on human tropoelastin d...
Elastin macromolecular assembly is a highly complex mechanism involving many steps including coacerv...
To enable the long-term study of tropoelastin and elastic fibre structure, function and biosynthesis...
Hydrophobic domains of human tropoelastin are able to aggregate in a variegated manner. Some aggrega...
Hydrophobic domains of human tropoelastin are able to aggregate in a variegated manner. Some aggrega...
International audienceSecondary structure and antigenicity predictive methods have been applied to t...
The central region of tropoelastin including domains 19-25 of human tropoelastin forms a hot-spot fo...
One of the unusual properties of elastin is its ability to coacervate, which has been proposed to pl...
AbstractOne of the unusual properties of elastin is its ability to coacervate, which has been propos...
Tropoelastin, as the monomer unit of elastin, assembles into elastic fibers that impart strength and...
After a historical introduction the authors describe their most recent results on the structure, ass...
Despite their biological importance and prevalence, the elucidation of the structures and dynamics o...
Protein folding poses unique challenges for large, disordered proteins due to the low resolution of ...
Polypeptide sequences encoding the single exons of human tropoelastin were synthesized and their co...
The elastic properties of elastin have essentially been discussed in terms of dominant entropic comp...