  We consider the problem of teleporting superposed coherent state using
non-maximally entangled coherent state as quantum channel and study the effect
of entanglement over quality of teleportation. We show that if maximally
entangled coherent state (MECS) used by Van Enk and Hirota [Phys. Rev. A 64,
022313 (2001)] and by H Prakash et al. [Phys. Rev. A 75, 044305 (2007)] is
replaced by a particular non-maximally entangled coherent state (NMECS),
average fidelity of quantum teleportation increases appreciably at small
coherent amplitudes. Since it is very challenging to produce superposed
coherent states of large coherent amplitudes, the particular NMECS appear to be
a good quantum channel for teleportation at small coherent amplitudes for
practical implementation.
