[Problem] To provide a stent that can adequately maintain connections between struts throughout a prescribed period due to a biodegradable material and a mechanical connection structure that is provided to the struts. [Solution] A link section of a cylindrically shaped stent (100) includes a first connection section (112) and a second connection section (113) that are integrally provided to neighboring struts (111) and are positioned facing one another, and a biodegradable material (121) that is between the first connection section and the second connection section and connects the first connection section and the second connection section. The first connection section and the second connection section are both positioned in locations that overlap an imaginary line (Y1), said imaginary line being parallel to the circumferential direction (D2) of the cylindrical shape. The first connection section and the second connection section each have, in a protruding section thereof, a holding section (112c), (113c) that holds the biodegradable material and is formed by piercing or depressing the surface of the strut in the thickness direction (D3). The first connection section and the holding section of the second connection section are both positioned in locations that overlap an imaginary line (X1), said imaginary line being parallel to the axial direction (D1) of the cylindrical shape, and the second connection section and the holding section of the first connection section are both positioned in locations that overlap an imaginary line (X2), said imaginary line being parallel to the axial direction (D1) of the cylindrical shape.Linvention fournit un stent qui permet de maintenir de manière satisfaisante et pendant la durée souhaitée une connexion réciproque dentretoise à laide dun mécanisme de connexion mécanique et dun matériau biodégradable agencés sur les entretoises. Une partie anneau du stent (100) de forme cylindrique contient : une première ainsi quune seconde part
