A stent (100, 200, 300) comprising: a plurality of undulating circumferential portions (110, 210, 310), each circumferential portion comprising alternating peaks and valleys; and a plurality of longitudinally extending portions (120, 220, 320) connecting the plurality of undulating circumferential portions; wherein: (i) each of the plurality of longitudinally extending portions comprising a first longitudinally extending strut (130, 330) and a second longitudinally extending strut (135, 325) circumferentially offset with respect to the first longitudinally extending strut, the first longitudinally extending strut and the second longitudinally extending strut being interconnected by a connecting portion (125, 335); and (ii) a pair of circumferentially adjacent first longitudinally extending struts in a pair of circumferentially adjacent longitudinally extending portions are circumferentially spaced at a first distance and circumferentially adjacent second longitudinally extending struts in the pair of circumferentially adjacent longitudinally extending portions are circumferentially spaced at a second distance, the first distance being greater than the second distance, and wherein: the first longitudinally extending strut is connected to a valley of a first undulating circumferential portion and the second longitudinally extending strut is connected to a peak of a second undulating circumferential portion adjacent to the first undulating circumferential portion, the connecting portion comprises a first strut segment connected to the first longitudinally extending strut and a second strut segment connected to the second longitudinally extending strut, and the first strut segment and the second strut segment are interconnected to define at least one apex. a plurality of undulating circumferential portions (110, 210, 310), each circumferential portion comprising alternating peaks and valleys; and a plurality of longitudinally extending portions (120, 220, 320) connecting the plurality of undulating circumferential portions; wherein: (i) each of the plurality of longitudinally extending portions comprising a first longitudinally extending strut (130, 330) and a second longitudinally extending strut (135, 325) circumferentially offset with respect to the first longitudinally extending strut, the first longitudinally extending strut and the second longitudinally extending strut being interconnected by a connecting portion (125, 335); and (ii) a pair of circumferentially adjacent first longitudinally extending struts in a pair of circumferentially adjacent longitudinally extending portions are circumferentially spaced at a first distance and circumferentially adjacent second longitudinally extending struts in the pair of circumferentially adjacent longitudinally extending portions are circumferentially spaced at a second distance, the first distance being greater than the second distance, and wherein: the first longitudinally extending strut is connected to a valley of a first undulating circumferential portion and the second longitudinally extending strut is connected to a peak of a second undulating circumferential portion adjacent to the first undulating circumferential portion, the connecting portion comprises a first strut segment connected to the first longitudinally extending strut and a second strut segment connected to the second longitudinally extending strut, and the first strut segment and the second strut segment are interconnected to define at least one apex. (i) each of the plurality of longitudinally extending portions comprising a first longitudinally extending strut (130, 330) and a second longitudinally extending strut (135, 325) circumferentially offset with respect to the first longitudinally extending strut, the first longitudinally extending strut and the second longitudinally extending strut being interconnected by a connecting portion (125, 335); and (ii) a pair of circumferentially adjacent first longitudinally extending struts in a pair of circumferentially adjacent longitudinally extending portions are circumferentially spaced at a first distance and circumferentially adjacent second longitudinally extending struts in the pair of circumferentially adjacent longitudinally extending portions are circumferentially spaced at a second distance, the first distance being greater than the second distance, and wherein: the first longitudinally extending strut is connected to a valley of a first undulating circumferential portion and the second longitudinally extending strut is connected to a peak of a second undulating circumferential portion adjacent to the first undulating circumferential portion, the connecting portion comprises a first strut segment connected to the first longitudinally extending strut and a second strut segment connected to the second longitudinally extending strut, and the first strut segment and the second strut segment are interconnected to define at least one apex. the first longitudinally extending strut is connected to a valley of a first undulating circumferential portion and the second longitudinally extending strut is connected to a peak of a second undulating circumferential portion adjacent to the first undulating circumferential portion, the connecting portion comprises a first strut segment connected to the first longitudinally extending strut and a second strut segment connected to the second longitudinally extending strut, and the first strut segment and the second strut segment are interconnected to define at least one apex.