TUG1 and glioblastoma: Specifically, TUG1 was found to promote tumor‐induced angiogenesis in glioblastoma.[9] Furthermore, TUG1 could suppress miR2045p and activate the downstream signaling pathway of JAK2/STAT3, thus facilitating angiogenesis in hepatoblastoma.[10] Although the regulatory role of TUG1 in CIRI within neuronal cells is well established in the literature,[11] the specific roles and mechanisms of TUG1 in angiogenesis post‐CIRI remain unclear.