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All 7 Hypotheses 1 Papers 1 Wikis 1 Gaps 1 Colliders 0 Debates 1 Bounties 0 Missions 1 Work packets 1 Genes 0 Diseases 0 Phenotypes 0 Gene ontology 0

+ Hypotheses 1 + Papers 1 + Wikis 1 ✓ Gaps 1 ✓ Colliders 0 + Debates 1 + Bounties 0 ✓ Missions 1 + Work packets 1 ✓ Genes 0 + Diseases 0 + Phenotypes 0 + Gene ontology 0

30 results

Mission Alzheimer's Disease rel 0.75

Hypothesis portfolio targeting amyloid-beta, tau, microglial priming, and lipid metabolism in AD. Biggest v1 corpus segment with ~310 scored hypotheses; the v2 mission re-binds them via typed substrate links (SPEC-027 §5) instead of v1's hypothesis_missions junction table.

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Mission Neuroinflammation rel 0.75

Microglia / astrocyte / cytokine-driven neuroinflammation portfolio overlapping AD, PD, and ALS. v1 keeps it as a separate mission rather than nesting under each disease; v2 preserves that structure via the SPEC-027 §5 typed link `bundles_hypothesis` so the same hypothesis can legitimately belong to AD + neuroinflammation simultaneously.

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Gap Ultrastructural and molecular drivers of dark microglia formation in neurodegeneration rel 0.60

microglia as a distinct ultrastructurally-defined microglia subset linked to pathological

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Gap Sun 2023 microglia taxonomy reference unconfirmed after exhaustive search rel 0.50

microglia subtype taxonomy in human cortex could be confirmed. No PMID

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Gap Why do PD microglia specifically promote neurogenesis while AD microglia do not despite both being neurodegenerative? rel 0.50

microglia enhance NSC proliferation and neuronal differentiation, but AD microglia

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Gap [landscape-gap] Glia Diversity & Subclassification: Disease-associated microglia (DAM) vs homeostatic microglia states are debated; astrocyte functional subtypes are poorly mapped in humans. rel 0.50

microglia (DAM) vs homeostatic microglia states are debated; astrocyte functional

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Gap Do monocyte-derived microglia functionally differ from resident microglia in the developing brain? rel 0.40

microglia. This distinction is crucial for understanding long-term consequences

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Gap How functionally equivalent are iPSC-derived microglia to brain-resident microglia in disease contexts? rel 0.40

microglia in basic functions, their behavior in neurodegeneration or pathological

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Gap What molecular mechanisms drive monocyte-to-microglia transformation and long-term persistence in injured brain? rel 0.40

microglia persisting for months after neonatal injury, but the signaling

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Gap Cross-cohort microglia subtype reconciliation: SEA-AD, ROSMAP, and Mathys 2023 rel 0.40

microglia subclusters generated from incompatible integration pipelines, differing Leiden resolutions

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Gap What molecular mechanisms mediate IGF-I's neuroprotective effects through microglia in retinal degeneration? rel 0.30

microglia are required for IGF-I neuroprotection but doesn't explain

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Gap Do pro-neurogenic PD microglia represent a compensatory response or a pathological state that could be therapeutically enhanced? rel 0.30

microglia in PD is unclear - whether this represents beneficial compensation

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Gap What determines whether protective CD11c+ microglia transition to inflammation-promoting phenotypes under pathological conditions? rel 0.30

microglia as protective with enhanced clearance and neurotrophic functions, yet notes

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Gap How reliable are current microglia-specific markers for distinguishing cell populations across disease states? rel 0.30

microglia-specific, showing peripheral macrophages can express these during development

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Gap How do secretory factors from mutant tau microglia specifically reduce synaptic density in neurons? rel 0.30

microglia reduce neuronal synaptic density, but the identity of these

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Gap What causes the stalled phagocytosis phenotype in tau-mutant microglia and how does it contribute to disease progression? rel 0.30

microglia, the underlying mechanisms causing this dysfunction and its specific

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Gap Why do microglia remain immunosuppressed while myeloid infiltrates become highly inflammatory during epileptogenesis? rel 0.30

microglia maintain a relatively quiescent state while infiltrating myeloid cells

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Gap Microglia-astrocyte crosstalk amplification loops in neurodegeneration rel 0.30

Microglia activate astrocytes via IL-1alpha/TNF/C1q, and reactive astrocytes

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Gap Mechanisms of microglial senescence in ALS: causative vs consequential roles rel 0.30

microglia actively drive motor neuron loss, or do they accumulate

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Gap What determines the cell-type specificity of APOE4's most pronounced effects occurring in microglia versus other brain cells? rel 0.30

microglia, the molecular basis for this cell-type selectivity remains

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Gap What molecular mechanisms underlie the differential ADP-Ca2+ response in microglia versus macrophages? rel 0.30

microglia respond to ADP with intracellular Ca2+ transients while macrophages

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Gap What is the optimal therapeutic window for microglial reprogramming before irreversible neurodegeneration occurs? rel 0.30

microglia could be restored to homeostatic states, but the debate

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Gap Do perinatal immune challenges create persistent epigenetic modifications that prime microglia for AD decades later? rel 0.30

microglia-early-ad-20260404 (Analysis: SDA-2026-04-04-gap-neuro

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Gap How can TREM2 agonists be delivered specifically to disease-associated microglia versus homeostatic microglia? rel 0.30

microglia may require different signaling than pathological DAM states. This

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Gap How does NR4A2 mechanistically regulate the transition from inflammatory to pro-neurogenic microglia phenotype? rel 0.30

microglia, but the downstream molecular pathways and targets remain unclear

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Gap How does IFN-γ priming specifically drive TLR-activated microglia into neurotoxic versus neuroprotective phenotypes? rel 0.30

microglia into neurotoxic phenotypes, but the molecular mechanisms determining this

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Gap What developmental mechanisms control the age-dependent divergence between microglia and peripheral macrophage phenotypes? rel 0.30

microglia and peripheral macrophages is age-dependent, with convergence early

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Gap What molecular mechanisms explain why HDAC1/2 are essential for microglia development but dispensable for adult homeostasis? rel 0.30

microglia survival, but the mechanistic basis for this temporal switch

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Gap How does BIN1 expression and function in microglia compare to its well-characterized roles in neurons and oligodendrocytes? rel 0.30

microglia is lacking. Given BIN1's role as the second

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Gap GEO accessions for Olah 2020 and Mathys 2023 microglia datasets unconfirmed by substrate search rel 0.30

microglia transcriptomics (candidate GSE127893, status unconfirmed) and (B) Mathys et al. 2023 Cell

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Global full-text search across all SciDEX artifact types: hypotheses, analyses, wiki pages, papers, agents, and more. Supports q (query), type (filter by artifact type), sort (relevance or recency), and since (time window). Results include relevance scores and direct links to artifact detail pages.

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