1 r the n-hexyl-substituted diphenylvinylidene-bridged compound.

2 (10)-methyl substitution is amplified in the bridged compounds.

3                                       The N9-bridged compounds 10-24 were synthesized from their prec

4  We discovered that the methylenedithioether-bridged compound 14 demonstrates very potent binding aff

5                          The synthesis of S9-bridged compounds 4-6 was achieved by aryl displacement

6                                      The oxo-bridged compound [5][OTf](4) was also obtained from expo

7 for the molybdenum analogue, related oxalate-bridged compounds and closely related cyclic polyamidato

8                      The pai-conjugated, TTz-bridged compounds are synthesized via a single-step, dou

9             The synthesis of two new radical-bridged compounds [Co3(bptz)3(dbm)3].2toluene (1) and [C

10 e more potent than the corresponding sulfone-bridged compounds for all three DHFRs.

11 by an electron-hopping mechanism for oxalate-bridged compounds, hole-hopping contributes significantl

12 n DME allowed the isolation of a naphthalene-bridged compound, K(2)(mu-eta(6),eta(6)-C(10)H(8))[U(NC[

13 and the systematic study of 1,3,4-oxadiazole-bridged compounds provide a theoretical basis for future

14 icity/hydrophilicity balance observed in the bridged compounds provide them with the structural chara

15                                 The three S9-bridged compounds tested were more potent than the corre

16                                Unlike the S9-bridged compounds, the arylamino side chains of the N9-b