  The binding energies of baryonic systems with quantum number charm or beauty
and neutron excess (or large isospin) are estimated within the bound state
version of the chiral topological soliton model. The procedure of the skyrmion
rescaling is applied which is of importance for large enough flavor excitation
energies (for heavy flavors). Inclusion of the flavor excitation energies into
the minimization of the total mass of the baryonic state naturally leads to its
decrease, and this effect increases with increasing flavor mass. Our results
concerning the binding energies turned out to be partly negative.
