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For heliumlike uranium, the energies of the singly-excited $1sns$, $1snp$,and $1snd$ states with $n\leq 4$ and the probabilities of the one-photon$1s3d\to 1s2p$, $1s3p\to 1s2s$, $1s3p\to 1s2p$ and $1s4d\to 1s2p$ transitionsare evaluated. The calculations are performed within the Breit approximationusing the configuration-interaction method in the basis of the Dirac-Fock-Sturmorbitals. The QED corrections to the energy levels are calculated employing themodel-QED-operator approach. The nuclear recoil, frequency-dependentBreit-interaction, nuclear polarization, and nuclear deformation correctionsare taken into account as well.

Relativistic calculations of the energies of the low-lying $1sns$,  $1snp$, $1snd$ states and the probabilities of the one-photon $1snl\to  1sn'l'$ transitions in heliumlike uranium