A particular drawback of cyclotron production via (p,2n) on 100Mo is the significant co-production of ground-state 99Tc. The preferential in-growth of this nuclide occurs due to the larger reaction cross-section pathway leading to the ground state, which is almost five times higher at the cross-section maximum in comparison with the metastable one at the same energy. Depending on the time required to process the target material and recovery of 99mTc, the amount of 99mTc to ground-state 99Tc will continue to decrease, in turn reducing the specific activity of 99mTc available, which can negatively affect subsequent labelling and/or imaging. Liquid metal molybdenum-containing targets have been proposed that would aide in streamlined processing.