Whether　(Formula　presented.)　is　a　proton　magic　number　has　been　controversial　in　nuclear　physics.　The　even-even　(Formula　presented.)　isotopes　are　calculated　based　on　the　DRHBc　calculations　with　PC-PK1.　The　evolutions　of　quadrupole　deformation　and　pairing　energies　for　neutron　and　proton　are　analyzed　to　study　the　possible　nuclear　magicity.　Spherical　shape　occurs　and　neutron　pairing　energy　vanishes　at　(Formula　presented.)　and　350,　which　are　the　results　of　possible　neutron　magicity,　while　the　proton　pairing　energy　never　vanishes　in　Ubh　isotopes,　which　does　not　support　the　proton　magicity　at　(Formula　presented.).　In　the　single-proton　spectrum,　there　is　no　discernible　gap　at　(Formula　presented.),　while　significant　gaps　appear　at　(Formula　presented.)　and　138.　Therefore,　(Formula　presented.)　is　not　supported　as　a　proton　magic　number,　while　(Formula　presented.)　and　138　are　suggested　as　candidates　of　proton　magic　numbers.　©　2025　by　the　authors.