Spermidine Dosage Guide: What Human Trials Actually Used
A plain-language look at spermidine doses tested in published human trials—from early safety studies to 40 mg/day—and what researchers actually found.
A plain-language look at spermidine doses tested in published human trials—from early safety studies to 40 mg/day—and what researchers actually found.
A science-backed review of human trial data on spermidine for memory and cognitive function in older adults, covering RCTs, proposed mechanisms, and honest cave
In the evolving landscape of longevity science, a natural polyamine called spermidine has steadily emerged from the research labs into
Explore how spermidine—a natural polyamine in wheat germ—may support heart health through autophagy, reduced arterial stiffness, and cardioprotection.
A balanced look at spermidine cancer research—covering autophagy, dietary polyamine studies, and honest limits of current evidence.
Explore the emerging preclinical science on spermidine and bone health, including osteoblast support, osteoclast suppression, and iron overload pathways.
What small human trials reveal about spermidine, arterial stiffness, and blood pressure in hypertension—and what questions remain unanswered.
How well does oral spermidine absorb? An evidence-based look at gut transport, bile acid interactions, formulation effects, and what small human trials suggest.
An evidence-based look at how spermidine, a natural polyamine, may support muscle recovery, protein turnover, and exercise adaptation in active adults.
An honest, evidence-informed look at Primeadine by Oxford Healthspan — what spermidine is, how it works, what the research shows, and what to realistically expe
Learn how the three main polyamines—putrescine, spermidine, and spermine—work in the body, why they decline with age, and where spermidine fits in longevity res
Spermidine induces autophagy primarily by inhibiting the acetyltransferase EP300. Here is what the research actually shows about how this works.