AbstractTo understand the mechanism of annexin V-membrane interactions, we measured the interaction of human recombinant annexin V with phospholipid monolayers with differing head group and acyl group structures. Annexin V interacted with anionic phospholipid monolayers via non-specific electrostatic interactions, which was highly dependent on the surface pressure of monolayer with a sharp maximum. The unique surface pressure dependence of the annexin V-monolayer binding is strikingly similar to that observed for the binding of Ca2+ to anionic phospholipid monolayers, which indicates that the annexin V-bound Ca2+ binds two phospholipids at the membrane surface and that factors governing the Ca2+-phospholipid complex formation regulate the o...
AbstractThe quaternary structure of annexin V, a calcium-dependent phospholipid binding protein, was...
Abstract: Annexins constitute an evolutionary conserved multigene protein superfamily characterized ...
AbstractAnnexin V, VI and VII-core (Δ1–107) are members of the annexin protein family and bind to ac...
AbstractTo understand the mechanism of annexin V-membrane interactions, we measured the interaction ...
AbstractAt pH 6.0, the interaction of annexin I, a proteolytic fragment of annexin I and annexin V, ...
AbstractAt pH 6.0, the interaction of annexin I, a proteolytic fragment of annexin I and annexin V, ...
ABSTRACT: It has been proposed that annexin I has two separate interaction sites that are involved i...
The modulating effect of the variable N-terminus of annexins on the properties of these Ca2+-binding...
The modulating effect of the variable N-terminus of annexins on the properties of these Ca2+-binding...
The modulating effect of the variable N-terminus of annexins on the properties of these Ca2+-binding...
The modulating effect of the variable N-terminus of annexins on the properties of these Ca2+-binding...
The modulating effect of the variable N-terminus of annexins on the properties of these Ca2+-binding...
Annexins are a family of homologous proteins that associate with anionic phospholipid (aPL) in the p...
Annexins constitute an evolutionary conserved multigene protein superfamily characterized by their a...
Abstract. Annexin V is a 36-kDa protein which, it has been suggested, is a factor in protecting the ...
AbstractThe quaternary structure of annexin V, a calcium-dependent phospholipid binding protein, was...
Abstract: Annexins constitute an evolutionary conserved multigene protein superfamily characterized ...
AbstractAnnexin V, VI and VII-core (Δ1–107) are members of the annexin protein family and bind to ac...
AbstractTo understand the mechanism of annexin V-membrane interactions, we measured the interaction ...
AbstractAt pH 6.0, the interaction of annexin I, a proteolytic fragment of annexin I and annexin V, ...
AbstractAt pH 6.0, the interaction of annexin I, a proteolytic fragment of annexin I and annexin V, ...
ABSTRACT: It has been proposed that annexin I has two separate interaction sites that are involved i...
The modulating effect of the variable N-terminus of annexins on the properties of these Ca2+-binding...
The modulating effect of the variable N-terminus of annexins on the properties of these Ca2+-binding...
The modulating effect of the variable N-terminus of annexins on the properties of these Ca2+-binding...
The modulating effect of the variable N-terminus of annexins on the properties of these Ca2+-binding...
The modulating effect of the variable N-terminus of annexins on the properties of these Ca2+-binding...
Annexins are a family of homologous proteins that associate with anionic phospholipid (aPL) in the p...
Annexins constitute an evolutionary conserved multigene protein superfamily characterized by their a...
Abstract. Annexin V is a 36-kDa protein which, it has been suggested, is a factor in protecting the ...
AbstractThe quaternary structure of annexin V, a calcium-dependent phospholipid binding protein, was...
Abstract: Annexins constitute an evolutionary conserved multigene protein superfamily characterized ...
AbstractAnnexin V, VI and VII-core (Δ1–107) are members of the annexin protein family and bind to ac...