The combination of chirality and magnetism has steadily grown over the last decennia into an area of intense research which evolves around two distinct manifestations and in two non-overlapping communities: electrical magnetochiral anisotropy (eMChA) and chirality-induced spin-selectivity (CISS). Here we discuss the similarities and differences of these two effects. Whereas the original CISS reports suggest an intimate relation with eMChA, magneto-resistance (MR) results on two-terminal chiral devices attributed to CISS, have symmetry properties that are different from those of eMChA. At the same time, the magnitudes of CISS MR and eM-ChA turn out to be similar when normalized to current density and spin polarization, suggesting a common underlying mechanism.