[en] A database of high density (.3 < anti n_e/10²⁰ m^-3 < .8), low q_a (1.9 < q_a < 3.4), Ohmic discharges from the ASDEX experiment is analysed statistically. Bulk parameter scalings and parameterised temperature and density profile shapes are presented. The total plasma kinetic energy, assuming T_i = T_e, scales as anti n_e^.54±.01 I_p^.90±.04 and is independent of B_t. The electron temperature profile peaking factor scales as T₀^3/2/< T^3/2> = .94 (±^.04)q_a^1.07±.04 in close agreement with the assumption of classical resistive equilibrium. In the inner half of the plasma, the inverse fall-off length for both temperature and density has a strong dependence on q_a, with the temperature dependence being more pronounced. Outside the half radius the q_a dependence disappears but the density profile broadens near the edge with increasing plasma current. A second database of moderate density, moderate q_a discharges is presented for comparison. (orig.)