Circulating brain-derived proteins

There is 1 paper on circulating brain-derived proteins in aging research: 1 trial in people. The newest story, Nov 3, 2026: “Nitric oxide and vibration linked to more brain proteins in blood”.

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1 paper studies it1 finding

1 new paper in 30 daysSee all 1 papers on circulating brain-derived proteins

“The combined intervention (NO+WBV p ) was associated with correlating changes in brain fluid dynamics and increased blood levels of soluble brain-derived proteins (Aβ 40&42 , GFAP).”
Vasomechanic treatment is associated with increased efflux of human brain proteinsNature communications2026doi:10.1038/s41467-026-78894-y
  • Human trial1

Associations

1

Nitric oxide + whole-body vibration

upin humans1

1 study
  1. Nitric oxide + whole-body vibration is associated with circulating brain-derived proteins in humans (healthy adults).

    “The combined intervention (NO+WBV p ) was associated with correlating changes in brain fluid dynamics and increased blood levels of soluble brain-derived proteins (Aβ 40&42 , GFAP).”

    Human trialhealthy adultsbloodn = 29

    Nitric oxide and vibration linked to more brain proteins in blood

    Nature communications

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Nature Communications

Nitric oxide and vibration linked to more brain proteins in blood

In a trial of 29 healthy adults, the combined intervention was associated with changes in brain fluid movement alongside higher blood levels of brain-derived proteins.In a trial of 29 healthy adults, the combined intervention was associated with changes in brain fluid movement alongside higher blood levels of brain-derived proteins.

Randomized trial · 22 peopleWhole-body vibration