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Science Progress|August 30, 2001
The serpins: nature's molecular mousetrapsJ A Huntington, R W CarrellBlood|November 24, 1999
Formation of the antithrombin heterodimer in vivo and the onset of thrombosisA Zhou, J A Huntington, R W CarrellThe Journal of Biological Chemistry|April 28, 2001
The serpin inhibitory mechanism is critically dependent on the length of the reactive center loopA Zhou, R W Carrell, J A HuntingtonNature|November 1, 2000
Structure of a serpin-protease complex shows inhibition by deformationJ A Huntington, R J Read, R W CarrellThrombosis and Haemostasis|August 7, 2001
The conformational basis of thrombosisR W Carrell, J A Huntington, A Mushunje, et al.The Journal of Biological Chemistry|March 18, 2000
The effect of a reducing-end extension on pentasaccharide binding by antithrombinK J Belzar, T R Dafforn, M Petitou, et al.The Journal of Biological Chemistry|May 16, 2000
The conformational activation of antithrombin. A 2.85-A structure of a fluorescein derivative reveals an electrostatic link between the hinge and heparin binding regionsJ A Huntington, A McCoy, K J Belzar, et al.Journal of Molecular Biology|November 2, 1999
A 2.6 A structure of a serpin polymer and implications for conformational diseaseJ A Huntington, N S Pannu, B Hazes, et al.Journal of Thrombosis and Haemostasis : JTH|May 14, 2004
Mutations in the shutter region of antithrombin result in formation of disulfide-linked dimers and severe venous thrombosisJ Corral, J A Huntington, R González-Conejero, et al.Journal of Molecular Biology|October 8, 1998
Implications for function and therapy of a 2.9 A structure of binary-complexed antithrombinR Skinner, W S Chang, L Jin, et al.Pageof 18