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Together, these findings demonstrate that dual targeting of the immune axis (aCD3) and the beta cell axis (GLP1-E2) preserves functional beta cell mass in vivo by preventing beta cell dedifferentiation and death, without altering beta cell proliferation
It also hits MC3, MC4, and MC5
Mechanisms Under Investigation G-actin sequestration Binding of monomeric G-actin, modulating cytoskeletal dynamics and enabling rapid cell shape changes required for directed migration ILK pathway activation Integrin-linked kinase identified as a downstream mediator, linking actin binding to cell survival and pro-angiogenic signalling Cell migration promotion Facilitating keratinocyte, fibroblast, and endothelial cell directional migration in wound healing and tissue repair models Anti-inflammatory signalling Downregulation of NF-B activity and reduction of pro-inflammatory cytokine expression in tissue models Key Research Areas Cardiac Repair Research One of the most clinically translated Thymosin Beta-4 research areas
Abstract Endocrine disorders are prevalent worldwide, with particularly high incidence rates of thyroid diseases and diabetes mellitus (DM), which impose a substantial burden on healthcare systems
