Figure 1
Figure 1. Amino acid residues in human FVa that contribute to PS binding. The structure of bovine FVai solved by Adams et al38 is shown as rendered by the Cn3D software package.51 Selected amino acids are labeled using the corresponding residues in human FVa. Amino acid residues previously implicated in FVa binding to PS membranes are highlighted in yellow. The indole side chains of Trp2063 and Trp2064, located in the FVa C2 domain, penetrate the lipid bilayer and contribute a majority of the free energy associated with FVa binding to PS membranes.21 The hydrophobic side chains of Tyr1956 and Leu1957 are located in a structurally analogous position within the FVa C1 domain and provide a modest contribution to the free energy associated with FVa binding to PS membranes.23 Glycosylation of Asn2181 (green) results in the FVa1 glycoform. FVa2 is not glycosylated at Asn2181.

Amino acid residues in human FVa that contribute to PS binding. The structure of bovine FVai solved by Adams et al38  is shown as rendered by the Cn3D software package.51  Selected amino acids are labeled using the corresponding residues in human FVa. Amino acid residues previously implicated in FVa binding to PS membranes are highlighted in yellow. The indole side chains of Trp2063 and Trp2064, located in the FVa C2 domain, penetrate the lipid bilayer and contribute a majority of the free energy associated with FVa binding to PS membranes.21  The hydrophobic side chains of Tyr1956 and Leu1957 are located in a structurally analogous position within the FVa C1 domain and provide a modest contribution to the free energy associated with FVa binding to PS membranes.23  Glycosylation of Asn2181 (green) results in the FVa1 glycoform. FVa2 is not glycosylated at Asn2181.

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