A spinal construct, comprising: a body connectable with tissue and including a wall disposed between a first implant cavity and a second implant cavity, wherein the first implant cavity includes a top loading passageway defined by a pair of spaced apart arms (226, 228) and the second implant cavity includes another top loading passageway defined by another pair of spaced apart arms (326, 328), wherein the arms (226, 228) of the pair of spaced apart arms (226, 228) each extend parallel to a first axis and each include a surface (240, 244) that defines a track (242, 246) adjacent thereto, wherein the arms (326, 328) of the other pair of spaced apart arms (326, 328) each extend parallel to a second axis and each include a surface (340, 344) that defines a track (342, 346) adjacent thereto, and a part disposed with the top loading passageway and another part disposed with the other top loading passageway, each of the parts (250, 350) being slidable in a translatory manner along the tracks (242, 246), and a corresponding arcuate path, adjacent the pair of spaced apart arms (226, 228) and the tracks (342, 346), and a corresponding arcuate path, adjacent the other pair of spaced apart arms (326, 328), respectively, prior to fixation, relative to the wall so that the part is rotatable about a third axis, which extends transverse to the first axis, and that the other part is rotatable about a fourth axis, which extends transverse to the second axis, wherein the part and the other part are pivotable relative to the wall relative to the first axis and to the second axis, respectively. a body connectable with tissue and including a wall disposed between a first implant cavity and a second implant cavity, wherein the first implant cavity includes a top loading passageway defined by a pair of spaced apart arms (226, 228) and the second implant cavity includes another top loading passageway defined by another pair of spaced apart arms (326, 328), wherein the arms (226, 228) of the pair of spaced apart arms (226, 228) each extend parallel to a first axis and each include a surface (240, 244) that defines a track (242, 246) adjacent thereto, wherein the arms (326, 328) of the other pair of spaced apart arms (326, 328) each extend parallel to a second axis and each include a surface (340, 344) that defines a track (342, 346) adjacent thereto, and wherein the first implant cavity includes a top loading passageway defined by a pair of spaced apart arms (226, 228) and the second implant cavity includes another top loading passageway defined by another pair of spaced apart arms (326, 328), wherein the arms (226, 228) of the pair of spaced apart arms (226, 228) each extend parallel to a first axis and each include a surface (240, 244) that defines a track (242, 246) adjacent thereto, wherein the arms (326, 328) of the other pair of spaced apart arms (326, 328) each extend parallel to a second axis and each include a surface (340, 344) that defines a track (342, 346) adjacent thereto, and a part disposed with the top loading passageway and another part disposed with the other top loading passageway, each of the parts (250, 350) being slidable in a translatory manner along the tracks (242, 246), and a corresponding arcuate path, adjacent the pair of spaced apart arms (226, 228) and the tracks (342, 346), and a corresponding arcuate path, adjacent the other pair of spaced apart arms (326, 328), respectively, prior to fixation, relative to the wall so that the part is rotatable about a third axis, which extends transverse to the first axis, and that the other part is rotatable about a fourth axis, which extends transverse to the second axis, wherein the part and the other part are pivotable relative to the wall relative to the first axis and to the second axis, respectively.