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Early exercise improves motor function in a mouse model of DDX3X syndrome (opens in a new tab)
news-medical.net · 2026-10-27
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Early exercise improves motor function in a mouse model of DDX3X syndrome
news-medical.net · 2026-10-27
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No single source study could be confirmed.
The search identified related research but did not establish a single source study. Related papers are provided for context, not as verification of the article's claims.
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Source study unconfirmed.
The search identified related research but did not establish a single source study. Related papers are provided for context, not as verification of the article's claims.
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- Also referencedpresented as the new finding
Ddx3x deficiency in mice impairs corticofugal motor circuits and causes motor deficits that are attenuated by early-life exercise
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Claim 1 of 6Not checkedUsing a mouse model of DDX3X syndrome, the researchers discovered that motor deficits depend on a specific brain circuit connecting the cortex with a nucleus in the brainstem.View evidenceHide evidence
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No source study was confirmed for this article. This claim remains unverified, rather than assessed as supported or unsupported.
Claim 2 of 6Not checkedAn early intervention can improve motor trajectories, with lasting improvements in motor performance that persisted into adulthood.View evidenceHide evidence
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No source study was confirmed for this article. This claim remains unverified, rather than assessed as supported or unsupported.
Claim 3 of 6Not checkedThe syndrome is a genetic form of intellectual disability and autism that primarily affects girls and women, and a genetically engineered mouse model showed altered morphology and activity of the relevant cortical neurons.View evidenceHide evidence
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No source study was confirmed for this article. This claim remains unverified, rather than assessed as supported or unsupported.
Claim 4 of 6Not checkedSuppressing the DDX3X gene in only the cortical neurons projecting to the brainstem induced motor deficits, specifically in female mice.View evidenceHide evidence
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No source study was confirmed for this article. This claim remains unverified, rather than assessed as supported or unsupported.
Claim 5 of 6Not checkedJuvenile mutant mice exposed to the motor intervention had alleviated motor deficits as adults.View evidenceHide evidence
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No source study was confirmed for this article. This claim remains unverified, rather than assessed as supported or unsupported.
Claim 6 of 6Not checkedThe authors say the work suggests there is still plasticity that can be harnessed for therapeutic intervention and that future studies may reveal new therapeutic targets.View evidenceHide evidence
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No source study was confirmed for this article. This claim remains unverified, rather than assessed as supported or unsupported.
Method layer
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The search results are available for you to inspect. Without a confirmed source study, they cannot establish whether the story’s claims are supported or contradicted.
Search results
Candidate papers, not confirmed sources.
PubMed, Europe PMC, Crossref · 15 candidate papers
A novel stroke rehabilitation strategy and underlying stress granule regulations through inhibition of NLRP3 inflammasome activation.
CNS Neuroscience & Therapeutics · 2024 · PubMed, Europe PMC
Mice without DDX3X are slow to grow neurons
Spectrum · 2022 · Crossref
Exercise-related microRNAs in Caenorhabditis elegans regulate calcium homeostasis and mitochondrial dynamics: Conserved pathways, divergent microRNAs.
2026 · Europe PMC
Beneficial Impact of Aerobic Exercise During Pregnancy on Motor Coordination Deficits Induced by PTZ in Preadolescent Male Mice
2024 · Crossref
Voluntary long-term exercise by female mice modulates anxiety-like behavior and motor function but minimally impacts acute oxidative injury in the central nervous system
2025 · Crossref