Siddhartha Singh

This study identifies Gal-3 C-epitope oligomers as pathogenic in cardiac hypertrophy and shows that Amalaki Rasayana and gallic acid reduce their levels and mitigate adverse effects.

The paper shows that task-evoked communication relies on higher-order intrinsic routes within a stable network architecture, improving prediction of global activity.

The paper identifies a biomarker panel responsive to treatment in cardiac hypertrophy and aging, showing that galectin-3 C-epitope, ANP, PPIA, and albumin levels decrease with therapeutic intervention in rat models and human patients.