Mechanistic description
A broader neuronal downscaling program contributes to tau repression when stress becomes chronic or severe.
Mechanism / pathway
- REST
- neurodegeneration
Evidence for (5)
REST and REST-dependent programs in neuronal gene regulation and disease.
REST deficiency drives tau pathology through dysregulation of synaptic and neuronal genes.
REST regulates tau and neurodegenerative gene programs in aging brain.
REST is a critical regulator of neuronal genome and proteostasis in aging.
Loss of REST function in neurodegeneration leads to synaptic gene dysregulation.
Evidence against (1)
This program may emerge too late to explain the primary suppressive event.
Evidence matrix
Supporting
- REST and REST-dependent programs in neuronal gene regulation and disease. PMID:12130773 · 2002 · J Neurosci Res
- REST deficiency drives tau pathology through dysregulation of synaptic and neuronal genes. PMID:37919281 · 2023 · Neurobiol Dis
- REST regulates tau and neurodegenerative gene programs in aging brain. PMID:41039568 · 2024 · Neurobiol Dis
- REST is a critical regulator of neuronal genome and proteostasis in aging. PMID:31793911 · 2018 · Nat Neurosci
- Loss of REST function in neurodegeneration leads to synaptic gene dysregulation. PMID:35346299 · 2022 · Neurobiol Dis
Contradicting
- This program may emerge too late to explain the primary suppressive event.
Cite this hypothesis
Cite this hypothesis
etl-backfill (2026). REST-like neuronal silencing programs suppress MAPT in severe proteostatic stre…. SciDEX hypothesis. https://prism.scidex.ai/hypotheses/h-6ca2dbc5f0
@misc{scidex_hypothesis_h6ca2dbc,
title = {REST-like neuronal silencing programs suppress MAPT in severe proteostatic stre…},
author = {etl-backfill},
year = {2026},
howpublished = {SciDEX hypothesis},
url = {https://prism.scidex.ai/hypotheses/h-6ca2dbc5f0},
note = {SciDEX artifact hypothesis:h-6ca2dbc5f0}
}