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Factor VIIa inhibitors: gaining selectivity within the trypsin family
Authors:Shrader William D  Kolesnikov Aleksandr  Burgess-Henry Jana  Rai Roopa  Hendrix John  Hu Huiyong  Torkelson Steve  Ton Tony  Young Wendy B  Katz Bradley A  Yu Christine  Tang Jie  Cabuslay Ronnel  Sanford Ellen  Janc James W  Sprengeler Paul A
Affiliation:Celera Genomics, 180 Kimball Way, South San Francisco, CA 94080, USA. bill.shrader@celera.com
Abstract:Within the trypsin family of coagulation proteases, obtaining highly selective inhibitors of factor VIIa has been challenging. We report a series of factor VIIa (fVIIa) inhibitors based on the 5-amidino-2-(2-hydroxy-biphenyl-3-yl)-benzimidazole (1) scaffold with potency for fVIIa and high selectivity against factors IIa, Xa, and trypsin. With this scaffold class, we propose that a unique hydrogen bond interaction between a hydroxyl on the distal ring of the biaryl system and the backbone carbonyl of fVIIa lysine-192 provides a basis for enhanced selectivity and potency for fVIIa.
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