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Dorziotis, I.4
Emerson, K.5
Hoang, T.6
Iida, T.7
Itoh, T.8
Kamei, K.9
Kato, S.10
Kato, Y.11
Kawasaki, M.12
Lang, F.13
Lee, J.14
Lynch, J.15
Maligres, P.16
Molina, A.17
Nemoto, T.18
Okada, S.19
Reamer, R.20
Song, J.Z.21
Tschaen, D.22
Wada, T.23
Zewge, D.24
Volante, R.P.25
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Tomimoto, K.27
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For a description, see Supporting information in Ref. 15
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For a description, see Supporting information in Ref. 15.
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0032714220
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The topological polar surface area (TPSA) and the calculated logarithm of partition coefficients between n-octanol and water (c Log P) were determined using ChemBioDraw Ultra (version 13.0) available from CambridgeSoft. TPSA as a surrogate measure of polarity and hydrogen bonding capacity is a key descriptor influencing brain penetration, and high TPSA values correlate with decreased passive permeability and/or increased P-glycoprotein-mediated efflux. Analyses of CNS drugs versus non-CNS drugs furnished useful guidelines for optimal TPSA with an accepted maximum value of 60-70 for favourable brain exposure
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The topological polar surface area (TPSA) and the calculated logarithm of partition coefficients between n-octanol and water (c Log P) were determined using ChemBioDraw Ultra (version 13.0) available from CambridgeSoft. TPSA as a surrogate measure of polarity and hydrogen bonding capacity is a key descriptor influencing brain penetration, and high TPSA values correlate with decreased passive permeability and/or increased P-glycoprotein-mediated efflux. Analyses of CNS drugs versus non-CNS drugs furnished useful guidelines for optimal TPSA with an accepted maximum value of 60-70 for favourable brain exposure: J. Kelder, P.D.J. Grootenhuis, D.M. Bayada, L.P.C. Delbressine, and J.-P. Ploemen Pharm. Res. 16 1999 1514
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Grootenhuis, P.D.J.2
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Ploemen, J.-P.5
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84869753073
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For a recent review on the use of α- and α,α-difluorinated carboxylic acid derivatives in chemical biology and drug discovery
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For a recent review on the use of α- and α,α-difluorinated carboxylic acid derivatives in chemical biology and drug discovery: T.L. March, M.R. Johnston, P.J. Duggan, and J. Gardiner Chem. Biodiversity 9 2012 2410
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March, T.L.1
Johnston, M.R.2
Duggan, P.J.3
Gardiner, J.4
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For a comprehensive review discussing the impact of hydrogen bonds on P-glycoprotein transport and permeability
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For a comprehensive review discussing the impact of hydrogen bonds on P-glycoprotein transport and permeability: P.V. Desai, T.J. Raub, and M.-J. Blanco Bioorg. Med. Chem. Lett. 22 2012 6540
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Desai, P.V.1
Raub, T.J.2
Blanco, M.-J.3
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38749087222
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For a description of the MDR1-MDCK permeability experiment
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For a description of the MDR1-MDCK permeability experiment: B. Feng, J.B. Mills, R.E. Davidson, R.J. Mireles, J.S. Janiszewski, M.D. Troutman, and S.M. de Morais Drug Metab. Dispos. 36 2008 268
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Feng, B.1
Mills, J.B.2
Davidson, R.E.3
Mireles, R.J.4
Janiszewski, J.S.5
Troutman, M.D.6
De Morais, S.M.7
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84973227526
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A-to-B)] below 3.0 means low affinity of the compound for the human P-gp transporter system
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A-to-B)] below 3.0 means low affinity of the compound for the human P-gp transporter system.
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84937769174
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Patent WO2012/063207, 2012, Actelion Pharmaceuticals Ltd
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Aissaoui, H.; Boss, C.; Brotschi, C.; Heidmann, B.; Sifferlen, T.; Williams, J. T. Patent WO2012/063207, 2012, Actelion Pharmaceuticals Ltd.
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Aissaoui, H.1
Boss, C.2
Brotschi, C.3
Heidmann, B.4
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Williams J. ., T.6
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