  We study the low energy spectrum of a correlated quantum dot embedded between
the normal conducting and superconducting reservoirs and hybridized with the
topological superconducting nanowire, hosting the Majorana end-modes. We
investigate the leaking Majorana quasiparticle and inspect its interplay with
the proximity induced on-dot pairing and correlations. In particular, we focus
on the subgap Kondo effect near the quantum phase transition/crossover from the
spinfull (doublet) to the spinless (BCS-type singlet) configurations. Treating
the correlations perturbatively and within the NRG approach we study its
signatures observable in the Andreev (particle-to-hole conversion) tunneling
spectroscopy. We find, that the leaking Majorana mode has a spin-selective
influence on the subgap Kondo effect.
