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scienceSunday, July 12, 2026 at 08:01 PM
Tau Required for Remote Memory Durability via Engram Cell Selection in Mice

Tau Required for Remote Memory Durability via Engram Cell Selection in Mice

Tau protein is essential for stabilizing remote memories by selecting and organizing engram cells in mice. Controlled phosphorylation during learning limits noise and strengthens long-term traces; disease-associated tau disrupts both encoding and retrieval. The finding reframes tau as a dual-function molecule and highlights the need for phosphorylation-state-specific interventions.

Next steps include testing whether restoring physiological tau phosphorylation rescues remote memory in tauopathy models and whether similar engram dynamics appear in human iPSC-derived neurons or early PET imaging cohorts. Clinical trials targeting tau will need to distinguish protective versus toxic phosphorylation states rather than blanket reduction.

⚡ Prediction

Ittner lab: Human iPSC-derived neuronal ensembles will show at least 40% drop in remote-like trace stability after acute tau knockdown within 18 months.

Sources (2)

  • [1]
    Primary Source(https://www.nature.com/articles/s41467-026-XXXXX)
  • [2]
    Supporting Source(https://www.sciencedaily.com/releases/2026/07/260710003535.htm)