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Activation of factor VIII and mechanisms of cofactor action

Blood reviews, 2004-03, Vol.18 (1), p.1-15

Fay, Philip J

2004

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Molecular orientation of factor VIIIa on the phospholipid membrane surface determined by fluorescence resonance energy transfer

Biochemical journal, 2013-06, Vol.452 (2), p.293-301

2013

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Factor VIII structure and function

International journal of hematology, 2006-02, Vol.83 (2), p.103-108

Fay, Philip J

2006

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Noncovalent stabilization of the factor VIII A2 domain enhances efficacy in hemophilia A mouse vascular injury models

Blood, 2015-01, Vol.125 (2), p.392-398

2015

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Factor VIII Lacking the C2 Domain Retains Cofactor Activity in Vitro

The Journal of biological chemistry, 2010-08, Vol.285 (33), p.25176-25184

2010

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Identification of Residues Contributing to A2 Domain-dependent Structural Stability in Factor VIII and Factor VIIIa

The Journal of biological chemistry, 2008-04, Vol.283 (17), p.11645-11651

2008

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Membrane-binding properties of the Factor VIII C2 domain

Biochemical journal, 2011-04, Vol.435 (1), p.187-196

2011

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Variable Contributions of Basic Residues Forming an APC Exosite in the Binding and Inactivation of Factor VIIIa

Biochemistry (Easton), 2013-04, Vol.52 (13), p.2228-2235

2013

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P3–P3′ Residues Flanking Scissile Bonds in Factor VIII Modulate Rates of Substrate Cleavage and Procofactor Activation by Thrombin

Biochemistry (Easton), 2012-04, Vol.51 (16), p.3451-3459

2012

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Identification of Residues in the 558-Loop of Factor VIIIa A2 Subunit That Interact with Factor IXa

The Journal of biological chemistry, 2009-11, Vol.284 (47), p.32248-32255

2009

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Cleavage at Arg-1689 Influences Heavy Chain Cleavages during Thrombin-catalyzed Activation of Factor VIII

The Journal of biological chemistry, 2009-04, Vol.284 (17), p.11080-11089

2009

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Cofactor Activity in Factor VIIIa of the Blood Clotting Pathway Is Stabilized by an Interdomain Bond between His281 and Ser524 Formed in Factor VIII

The Journal of biological chemistry, 2014-05, Vol.289 (20), p.14020-14029

2014

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Replacing the Factor VIII C1 Domain with a Second C2 Domain Reduces Factor VIII Stability and Affinity for Factor IXa

The Journal of biological chemistry, 2013-10, Vol.288 (43), p.31289-31297

2013

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Factor VIII Light Chain Contains a Binding Site for Factor X That Contributes to the Catalytic Efficiency of Factor Xase

Biochemistry (Easton), 2012-01, Vol.51 (3), p.820-828

2012

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Residues 110–126 in the A1 Domain of Factor VIII Contain a Ca2+ Binding Site Required for Cofactor Activity

The Journal of biological chemistry, 2004-03, Vol.279 (13), p.12677-12684

2004

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Mutating factor VIII: lessons from structure to function

Blood reviews, 2005, Vol.19 (1), p.15-27

2005

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Exosite-interactive Regions in the A1 and A2 Domains of Factor VIII Facilitate Thrombin-catalyzed Cleavage of Heavy Chain

The Journal of biological chemistry, 2005-05, Vol.280 (18), p.18476-18487

2005

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Factor VIII A3 Domain Residues 1954−1961 Represent an A1 Domain-Interactive Site

Biochemistry (Easton), 2005-06, Vol.44 (24), p.8850-8857

2005

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Template Dimerization Promotes an Acceptor Invasion-Induced Transfer Mechanism during Human Immunodeficiency Virus Type 1 Minus-Strand Synthesis

Journal of Virology, 2003-04, Vol.77 (8), p.4710-4721

2003

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Modification of Interdomain Interfaces within the A3C1C2 Subunit of Factor VIII Affects Its Stability and Activity

Biochemistry (Easton), 2013-06, Vol.52 (22), p.3921-3929

2013

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Altered Interactions between the A1 and A2 Subunits of Factor VIIIa following Cleavage of A1 Subunit by Factor Xa

The Journal of biological chemistry, 2003-01, Vol.278 (3), p.1634-1641

2003

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Factor VIIIa A2 subunit shows a high affinity interaction with factor IXa: contribution of A2 subunit residues 707-714 to the interaction with factor IXa

The Journal of biological chemistry, 2013-05, Vol.288 (21), p.15057-15064

2013

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Strand Transfer Occurs in Retroviruses by a Pause-initiated Two-step Mechanism

The Journal of biological chemistry, 2002-12, Vol.277 (49), p.46900-46911

2002

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Proteolysis at Arg740 Facilitates Subsequent Bond Cleavages during Thrombin-catalyzed Activation of Factor VIII

The Journal of biological chemistry, 2007-08, Vol.282 (35), p.25367-25375

2007

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Residues Surrounding Arg336 and Arg562 Contribute to the Disparate Rates of Proteolysis of Factor VIIIa Catalyzed by Activated Protein C

The Journal of biological chemistry, 2007-07, Vol.282 (28), p.20264-20272

2007

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Activation of factor VIII and mechanisms of cofactor action

Molecular orientation of factor VIIIa on the phospholipid membrane surface determined by fluorescence resonance energy transfer

Factor VIII structure and function

Noncovalent stabilization of the factor VIII A2 domain enhances efficacy in hemophilia A mouse vascular injury models

Factor VIII Lacking the C2 Domain Retains Cofactor Activity in Vitro

Identification of Residues Contributing to A2 Domain-dependent Structural Stability in Factor VIII and Factor VIIIa

Membrane-binding properties of the Factor VIII C2 domain

Variable Contributions of Basic Residues Forming an APC Exosite in the Binding and Inactivation of Factor VIIIa

P3–P3′ Residues Flanking Scissile Bonds in Factor VIII Modulate Rates of Substrate Cleavage and Procofactor Activation by Thrombin

Identification of Residues in the 558-Loop of Factor VIIIa A2 Subunit That Interact with Factor IXa

Cleavage at Arg-1689 Influences Heavy Chain Cleavages during Thrombin-catalyzed Activation of Factor VIII

Cofactor Activity in Factor VIIIa of the Blood Clotting Pathway Is Stabilized by an Interdomain Bond between His281 and Ser524 Formed in Factor VIII

Replacing the Factor VIII C1 Domain with a Second C2 Domain Reduces Factor VIII Stability and Affinity for Factor IXa

Factor VIII Light Chain Contains a Binding Site for Factor X That Contributes to the Catalytic Efficiency of Factor Xase

Residues 110–126 in the A1 Domain of Factor VIII Contain a Ca2+ Binding Site Required for Cofactor Activity

Mutating factor VIII: lessons from structure to function

Exosite-interactive Regions in the A1 and A2 Domains of Factor VIII Facilitate Thrombin-catalyzed Cleavage of Heavy Chain

Factor VIII A3 Domain Residues 1954−1961 Represent an A1 Domain-Interactive Site

Template Dimerization Promotes an Acceptor Invasion-Induced Transfer Mechanism during Human Immunodeficiency Virus Type 1 Minus-Strand Synthesis

Modification of Interdomain Interfaces within the A3C1C2 Subunit of Factor VIII Affects Its Stability and Activity

Altered Interactions between the A1 and A2 Subunits of Factor VIIIa following Cleavage of A1 Subunit by Factor Xa

Factor VIIIa A2 subunit shows a high affinity interaction with factor IXa: contribution of A2 subunit residues 707-714 to the interaction with factor IXa

Strand Transfer Occurs in Retroviruses by a Pause-initiated Two-step Mechanism

Proteolysis at Arg740 Facilitates Subsequent Bond Cleavages during Thrombin-catalyzed Activation of Factor VIII

Residues Surrounding Arg336 and Arg562 Contribute to the Disparate Rates of Proteolysis of Factor VIIIa Catalyzed by Activated Protein C

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