  We calculate the local quasi-particle current of a Majorana state in a planar
hybrid (superconductor-semiconductor) nanowire. In absence of perpendicular
components of the magnetic field the current flows in circular trajectories
without a preferred orientation. On the other hand, when a perpendicular
component of the magnetic field is present the quasi-particle current
circulates surrounding the Majorana density peak with an orientation
established by the magnetic field.
