AbstractαI domain integrins have been found in the ascidian Ciona intestinalis. We produced Ciona α1I domain as a recombinant protein. It did not recognize fibril-forming collagens or bind to GFOGER or other similar motifs in triple-helical peptides. No GFOGER motifs were found in Ciona collagens. As Ciona α1I bound to collagen IX, we propose that before the emergence of GFOGER-dependent collagen receptors in vertebrates, αI domain integrins might have been able to bind to collagen with alternative mechanisms
AbstractBackgroundDespite detailed knowledge about the structure and signaling properties of individ...
Collagens are highly preserved proteins in invertebrates and vertebrates. To identify the collagens ...
Nykvist tutki väitöskirjatyössään säikeitä muodostavia kollageeneja I, II, III ja V, verkkomaisia ra...
AbstractαI domain integrins have been found in the ascidian Ciona intestinalis. We produced Ciona α1...
Abstract Background Integrins are a functionally significant family of metazoan cell surface adhesio...
<div><p>Half of the 18 human integrins α subunits have an inserted αI domain yet none have been obse...
Integrins are a family of large multi-domain cell surface receptors responsible for bidirectional si...
Integrins are a large family of multidomain α/β cell signaling receptors. Some integrins contain an ...
Half of the 18 human integrins a subunits have an inserted aI domain yet none have been observed in ...
<p>Individual domains having the same fold class as integrin component domains (i.e. β propeller, im...
AbstractWe have determined the crystal structure of a complex between the I domain of integrin α2β1 ...
Background: Despite detailed knowledge about the structure and signaling properties of individual co...
AbstractThe integrins form a large family of cell adhesion receptors. All multicellular animals expr...
Based on previous cloning and sequencing study, real-time PCR and in situ hybridization assays of th...
Abstractα11β1 integrin constitutes a recent addition to the integrin family. Here, we present the fi...
AbstractBackgroundDespite detailed knowledge about the structure and signaling properties of individ...
Collagens are highly preserved proteins in invertebrates and vertebrates. To identify the collagens ...
Nykvist tutki väitöskirjatyössään säikeitä muodostavia kollageeneja I, II, III ja V, verkkomaisia ra...
AbstractαI domain integrins have been found in the ascidian Ciona intestinalis. We produced Ciona α1...
Abstract Background Integrins are a functionally significant family of metazoan cell surface adhesio...
<div><p>Half of the 18 human integrins α subunits have an inserted αI domain yet none have been obse...
Integrins are a family of large multi-domain cell surface receptors responsible for bidirectional si...
Integrins are a large family of multidomain α/β cell signaling receptors. Some integrins contain an ...
Half of the 18 human integrins a subunits have an inserted aI domain yet none have been observed in ...
<p>Individual domains having the same fold class as integrin component domains (i.e. β propeller, im...
AbstractWe have determined the crystal structure of a complex between the I domain of integrin α2β1 ...
Background: Despite detailed knowledge about the structure and signaling properties of individual co...
AbstractThe integrins form a large family of cell adhesion receptors. All multicellular animals expr...
Based on previous cloning and sequencing study, real-time PCR and in situ hybridization assays of th...
Abstractα11β1 integrin constitutes a recent addition to the integrin family. Here, we present the fi...
AbstractBackgroundDespite detailed knowledge about the structure and signaling properties of individ...
Collagens are highly preserved proteins in invertebrates and vertebrates. To identify the collagens ...
Nykvist tutki väitöskirjatyössään säikeitä muodostavia kollageeneja I, II, III ja V, verkkomaisia ra...