  We refine an earlier introduced 5-dimensional gravity solution capable of
holographically capturing several qualitative aspects of (lattice) QCD in a
strong magnetic background such as the anisotropic behaviour of the string
tension, inverse catalysis at the level of the deconfinement transition or
sensitivity of the entanglement entropy to the latter. Here, we consistently
modify our solution of the considered Einstein-Maxwell-dilaton system to not
only overcome an unphysical flattening at large distances in the
quark-antiquark potential plaguing earlier work, but also to encapsulate
inverse catalysis for the chiral transition in the probe approximation. This
brings our dynamical holographic QCD model yet again closer to a stage at which
it can be used to predict magnetic QCD quantities not directly computable via
lattice techniques.
