All articles tagged with #nesprin 2
A Science study shows the heart’s beating forces suppress tumor cell proliferation by altering gene expression through chromatin remodeling via Nesprin-2 and the LINC complex; mechanically unloaded hearts allow rapid tumor growth, pointing to potential therapies that mimic heart mechanics or target epigenetic pathways, though mechanisms and safety require further study.
A new study shows the mechanical force of heartbeats slows cancer growth by altering tumor cell gene activity. In mice and lab tissue, beating hearts reduced cancer proliferation and epigenetic markers linked to growth, with Nesprin-2 identified as a key sensor of heartbeat-induced forces. This points to potential mechanical therapies (like bands applying heartbeat-like force) or drugs that mimic the effect, though safety and timing must be established before human use.