Together, these findings provide a molecular framework for generating hypotheses about how C19S may reshape the HLA-DQ8-presented insulin recognition surface, with implications for future experimental studies of autoreactive CD4+ T cell recognition and antigen-specific tolerogenic strategies in T1D.
Rahul Mittal, F. Alipour, Prem P. Chapagain et al.· International Journal of Mol...· 0 citations
This review synthesizes emerging molecular and epigenetic frameworks that redefine immunosenescence as a quantifiable and disease-modifiable dimension of biological aging rather than a passive consequence of chronological time, and highlights actionable biomarkers that enable precise stratification of immune biological...
It is proposed that T1D may induce a state of premature immunosenescence, even in relatively young individuals, which may further exacerbate autoimmunity, creating a self-reinforcing cycle between autoimmunity and immune aging mechanisms.
D. Saavedra, Rahul Mittal, C. Blaschke et al.· Diabetes· 0 citations
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