A stent formed with at least one wire woven into a cylindrical shape, the stent comprising: a first woven structure including a plurality of peripheral-direction units that are arranged next to one another in an axial direction, the peripheral-direction units each having a plurality of mesh spaces provided next to one another in a peripheral direction, the peripheral-direction units each including a first loop and a second loop, the first loop having bent parts and linear parts formed by drawing the wire in the peripheral direction while folding the wire alternately to a left side and to a right side, the second loop having bent parts and linear parts formed by drawing the wire in the peripheral direction continuously from the first loop while folding the wire alternately to the left side and to the right side such that the second loop becomes out of phase with the first loop by 1/2 pitch; and a second woven structure including a plurality of peripheral-direction units that are arranged next to one another in the axial direction in correspondence with the peripheral-direction units of the first woven structure, the peripheral-direction units each having a plurality of mesh spaces provided next to one another in the peripheral direction, the peripheral-direction units each including a first loop and a second loop, the first loop having bent parts and linear parts formed by drawing the wire in the peripheral direction while folding the wire alternately to the left side and to the right side at the same pitch length as the peripheral-direction units of the first woven structure and at a smaller amplitude than the peripheral-direction units of the first woven structure, the second loop having bent parts and linear parts formed by drawing the wire in the peripheral direction continuously from the first loop while folding the wire alternately to the left side and to the right side such that the second loop becomes out of phase with the first loop by 1/2 pitch, wherein, in a region where each two of the peripheral-direction units of the first woven structure overlap each other, the bent parts of one of the two peripheral-direction units are connected to the bent parts or wire intersections of the other peripheral-direction unit, wherein the peripheral-direction units of the second woven structure are each shifted from a corresponding one of the peripheral-direction units of the first woven structure by 1/4 pitch in the peripheral direction and are each woven together with the corresponding one of the peripheral-direction units of the first woven structure, and wherein, regarding adjacent ones of the peripheral-direction units of the second woven structure, the bent parts of one of the adjacent peripheral-direction units are connected to neither the bent parts nor wire intersections of the other peripheral-direction unit. a first woven structure including a plurality of peripheral-direction units that are arranged next to one another in an axial direction, the peripheral-direction units each having a plurality of mesh spaces provided next to one another in a peripheral direction, the peripheral-direction units each including a first loop and a second loop, the first loop having bent parts and linear parts formed by drawing the wire in the peripheral direction while folding the wire alternately to a left side and to a right side, the second loop having bent parts and linear parts formed by drawing the wire in the peripheral direction continuously from the first loop while folding the wire alternately to the left side and to the right side such that the second loop becomes out of phase with the first loop by 1/2 pitch; and a second woven structure including a plurality of peripheral-direction units that are arranged next to one another in the axial direction in correspondence with the peripheral-direction units of the first woven structure, the peripheral-direction units each having a plurality of mesh spaces provided next to one another in the peripheral direction, the peripheral-direction units each including a first loop and a second loop, the first loop having bent parts and linear parts formed by drawing the wire in the peripheral direction while folding the wire alternately to the left side and to the right side at the same pitch length as the peripheral-direction units of the first woven structure and at a smaller amplitude than the peripheral-direction units of the first woven structure, the second loop having bent parts and linear parts formed by drawing the wire in the peripheral direction continuously from the first loop while folding the wire alternately to the left side and to the right side such that the second loop becomes out of phase with the first loop by 1/2 pitch, wherein, in a region where each two of the peripheral-direction units of the first woven structure overlap each other, the bent parts of one of the two peripheral-direction units are connected to the bent parts or wire intersections of the other peripheral-direction unit, wherein the peripheral-direction units of the second woven structure are each shifted from a corresponding one of the peripheral-direction units of the first woven structure by 1/4 pitch in the peripheral direction and are each woven together with the corresponding one of the peripheral-direction units of the first woven structure, and wherein, regarding adjacent ones of the peripheral-direction units of the second woven structure, the bent parts of one of the adjacent peripheral-direction units are connected to neither the bent parts nor wire intersections of the other peripheral-direction unit.