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0030993172
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Charifson, P. S.; Shewchuk, L. M.; Rocque, W.; Hummel, C. W.; Jordan, S. R.; Mohr, C.; Pacofsky, G. J.; Peel, M. R.; Rodriguez, M.; Sternbach, D. D.; Counsler, T. G. Biochemistry 1997, 36, 6283.
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Mohr, C.9
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Rocque, W.11
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17544386034
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Sawyer, T.K.11
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20
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17544391511
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Stewart, B.H.13
Sawyer, T.K.14
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21
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0009470386
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50, = 1.5 μM in this assay
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50, = 1.5 μM in this assay.
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22
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0009498122
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Unpublished results
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Unpublished results.
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-
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23
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0009505591
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Unpublished results
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Tong, L.; Warren, T. C.; King, J.; Betageri, R.; Rose, J.; Jakes, S. Unpublished results.
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Tong, L.1
Warren, T.C.2
King, J.3
Betageri, R.4
Rose, J.5
Jakes, S.6
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25
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0009527182
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The 25 lowest energy conformations are retained and compared to the conformation pYEEI adopts in the crystal structure of pYEEI bound to Lck SH2. Compounds that engage Cys188 adopt a conformation very similar to that of pYEEI without significant van der Waals repulsion with binding site atoms while retaining a reasonable ligand strain energy (e.g., less than 40 kJ). Compounds that do not engage Cys188 display significant shifts in the position of the tyrosine ring or can only adopt the pYEEI conformation at the expense of high internal energy (i.e., large ligand strain energy)
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The 25 lowest energy conformations are retained and compared to the conformation pYEEI adopts in the crystal structure of pYEEI bound to Lck SH2. Compounds that engage Cys188 adopt a conformation very similar to that of pYEEI without significant van der Waals repulsion with binding site atoms while retaining a reasonable ligand strain energy (e.g., less than 40 kJ). Compounds that do not engage Cys188 display significant shifts in the position of the tyrosine ring or can only adopt the pYEEI conformation at the expense of high internal energy (i.e., large ligand strain energy).
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