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P.E.J. Sanderson, T.A. Lyle, K.J. Cutrona, D.L. Dyer, B.D. Dorsey, C.M. McDonough, A.W. Naylor-Olsen, I.-W. Chen, Z. Chen, J.J. Cook, C.M. Cooper, S.J. Gardell, T.R. Hare, J.A. Krueger, S.D. Lewis, J.H. Lin, B.J. Lucas, E.A. Lyle, J.J. Lynch, M.T. Stranieri, K. Vastag, Y. Yan, J.A. Shafer, and J.P. Vacca J. Med. Chem. 41 1998 4466
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Our involvement in this series was initiated based solely on the structures disclosed in the original patent applications in ref 2 above. After the work commenced, more information about compound 3 specifically (including its thrombin potency) and this series in general, was published. See: T. Lu, B. Tomczuk, C.R. Illig, R.F. Bone, L. Murphy, J. Spurlino, F.R. Salemme, and R.M. Soll Bioorg. Med. Chem. Lett. 8 1998 1595
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We consider human plasma 2 × APTT values of 1 μM or less to be generally predictive of good in vivo efficacy with lower concentrations being predictive of greater efficacy. We use this 1 μM mark routinely as a gate for determining whether to evaluate a compound further in vivo in the rat ferric chloride efficacy assay (see Ref. 4). In practice, in optimizing compounds, we strive to achieve 2 × APTT values of <0.5 μM
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We consider human plasma 2 × APTT values of 1 μM or less to be generally predictive of good in vivo efficacy with lower concentrations being predictive of greater efficacy. We use this 1 μM mark routinely as a gate for determining whether to evaluate a compound further in vivo in the rat ferric chloride efficacy assay (see Ref. 4). In practice, in optimizing compounds, we strive to achieve 2 × APTT values of <0.5 μM.
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