  We investigate the formation of charge domain walls in an electron-doped
extended Hubbard model for the superconducting cuprates. Within an unrestricted
Hartree-Fock approach, extended by the introduction of slave-bosons to obtain a
more proper treatment of strong correlations, we demonstrate the occurrence of
stripes in the (1,1) and (1,-1) directions having one doped electron per stripe
site. The different filling, direction and width of these electron-doped
stripes with respect to those obtained in the hole-doped systems have
interesting observable consequences, which are discussed.
