PEA and Luteolin for Smell Loss After COVID or a Virus: The Trial Evidence
Three randomized trials and a meta-analysis tested PEA plus luteolin for post-viral smell loss. All added it to olfactory training. What that means for you.
Three randomized trials and a meta-analysis tested PEA plus luteolin for post-viral smell loss. All added it to olfactory training. What that means for you.
What randomized trials of PEA in major depression and acute mania found, how the inflammation hypothesis fits, and how to read the results overall.
A case report on PEA for restless legs syndrome: what it documented, why the mechanism is plausible, and why one case is not evidence of effect.
What a 2025 randomized trial of PEA for menstrual pain tested, how large the effect was, and what the study does not tell you about dysmenorrhea.
What the human trial on PEA for TMJ pain found, what animal research adds, and how the nerve pain evidence applies to dental pain more broadly.
What the sciatica evidence for PEA rests on: a post hoc reanalysis, newer delivery research, and how it differs from PEA’s other pain evidence.
How does PEA compare to ibuprofen and naproxen for inflammatory pain? We examine the mechanisms, clinical evidence, and safety profiles of both.
Explore how palmitoylethanolamide (PEA) may combine with luteolin, omega-3s, and other supplements—mechanisms, practical considerations, and honest caveats.
Learn how PEA activates the PPAR-α nuclear receptor to reduce inflammation and pain—what the science shows and what it means for supplementation.
PEA is an endogenous fatty acid amide studied for neuroinflammation and pain in multiple sclerosis. Here is what current evidence shows.
Explore how PEA may reduce IBS gut pain through mast cell stabilization and PPAR-α activation. Evidence-based overview with cited research.
What does the research actually say about palmitoylethanolamide drug interactions? An honest, evidence-based look at PEA and medications.