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All 6 Hypotheses 1 Papers 1 Wikis 1 Gaps 0 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 0 + Colliders 0 + Debates 1 + Bounties 0 ✓ Missions 1 + Work packets 1 + Genes 0 + Diseases 0 + Phenotypes 0 + Gene ontology 0

30 results

Hypothesis LRP1-Autophagy BBB Permeabilization for Antibody Transport rel 3.90

autophagy pathway in BMECs. [PMID:31504123]. 2. Pharmacological autophagy induction

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Hypothesis H2: Impaired Autophagy Receptor Recruitment Traps G3BP1 Granules rel 2.10

autophagy. TBK1 phosphorylates key autophagy receptors including p62/SQSTM1 (sequestosome 1) at Ser403

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Hypothesis C9orf72 DPRs Impair Autophagy Receptor Docking on Stress Granules rel 1.70

autophagy receptor function through steric occlusion of critical ubiquitin-binding

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Hypothesis H7: mTOR Hyperactivity Blocks Autophagy, Permitting Tau Seeding rel 1.60

autophagy in response to metabolic demands. In cortical layer II neurons

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Hypothesis Autophagic Flux Enhancement Synergizes With Chaperones to Clear High-Molecular-Weight Tau Seeds rel 1.50

autophagy receptor that bridges ubiquitinated protein aggregates to the autophagy

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Hypothesis Autophagosome-Lysosome Fusion Defects as Primary Driver of α-Synuclein Propagation rel 1.40

autophagy through precise membrane fusion events. VPS41 functions as a key component

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Hypothesis Chaperone-Autophagy Coupling Prevents Aggregate Persistence by Directing Seeds to Selective Autophagy rel 1.30

autophagy pathways, particularly chaperone-mediated autophagy (CMA) and aggrephagy. The mechanism

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Hypothesis Autophagy-Epigenetic Feedback Loop Creates a Compounding Biomarker Signal — Autophagy Flux Methylation as an AD Stage Chronometer rel 1.30

autophagy regulatory genes, which further suppresses autophagy in a self

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Hypothesis ALS-Linked OPTN/TBK1 Mutations Impair Phosphorylation Cascade Required for Pathological SG Recognition rel 1.20

autophagy axis. TBK1 (TANK-binding kinase 1) functions as a central

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Hypothesis FUS Mutations Alter Stress Granule Material Properties to Confer Autophagy Resistance rel 1.20

autophagy-mediated clearance through multiple mechanisms. The autophagy machinery, including

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Hypothesis ALS-Associated G3BP1/2 Mutations Disrupt TRIM21 Binding Interfaces rel 1.10

autophagy flux is reflected in CSF levels of autophagy-related

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Mission Lysosomal Autophagy rel 1.00

Cross-cutting cellular-biology mission spanning AD, PD, and lysosomal-storage disease through TFEB / TFE3 / autophagy / mitophagy mechanisms. The canonical "multi-disease" mission that motivates SPEC-027 §8's many-to-many open question on `targets_landscape`.

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Hypothesis Lysosomal Clearance Capacity Determines Therapeutic Window—Autophagy Enhancement Required Before Critical Accumulation rel 0.80

autophagy-lysosomal degradation of pathological protein aggregates, specifically targeting the mTORC1/ULK1

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Hypothesis Pharmacological EZH2 Inhibition Resets Polycomb-Mediated Repression of Synaptic Transmission Genes in 3xTg-AD Neurons rel 0.80

autophagy regulators. Specifically, EZH2 hyperactivity results in aberrant silencing of synaptic

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Hypothesis Chaperone-Autophagy Coupling Prevents Aggregate Persistence by Shunting Seeds to Selective Autophagy rel 0.80

autophagy coupling hypothesis centers on the critical interaction between p62/SQSTM1

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Hypothesis CHIP-mediated K63-linked ubiquitination redirects oligomeric pathologic conformers to selective autophagy through p62/SQSTM1 rel 0.80

autophagy pathways rather than proteasomal degradation for clearance of large

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Hypothesis TFEB-mediated Autophagy Enhancement to Clear Protein Aggregates in Neurodegeneration rel 0.70

autophagy-lysosome pathway function to clear pathological protein aggregates. In neurodegenerative

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Hypothesis Synergistic enhancement of autophagy and lysosomal biogenesis by combined mTOR inhibition and TFEB activation rel 0.70

autophagy and lysosomal biogenesis by combined mTOR inhibition and TFEB

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Hypothesis TFEB Activation Clears Tau-Loaded Endolysosomal Compartments, Preventing Release for Transcellular Spreading rel 0.70

autophagy paradox (autophagosomes concentrate substrates and hydrolases, potentially accelerating fibrillization

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Hypothesis NLRP3/Autophagy Flux Enhancement in Astrocytes rel 0.70

autophagy flux rather than selective mitophagy. In astrocytes, NLRP3 activation

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Hypothesis Differential Ubiquitin Chain Topology Creates 'Invisible' Surface on Pathological Stress Granules rel 0.70

autophagy machinery. Under normal physiological conditions, stress granules form as adaptive

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Hypothesis Lysosomal Acidification Failure: Convergent GBA1/LAMP2A–mediated Autophagy Dysfunction Links PD and AD Clinical Progression rel 0.70

autophagy (CMA), the only autophagy pathway that degrades individual cytosolic

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Hypothesis TFEB-mediated transcriptional upregulation of lysosomal genes as a therapeutic strategy for AD rel 0.50

autophagy, and cellular clearance mechanisms. In Alzheimer's disease (AD), the progressive

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Hypothesis Autophagy-Lysosomal Clearance Capacity Determines Therapeutic Window—Substrate Competition Limits Late-Stage Efficacy rel 0.50

autophagy-lysosomal degradation pathway's kinetic limitations in clearing pathological

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Hypothesis Theta-Gamma Cross-Frequency Coupling Modulates lncRNA-9969 Phase-Dependent Translation in SST Interneurons rel 0.50

autophagy. This temporal precision prevents excessive autophagy while maintaining sufficient

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Hypothesis Astrocyte-specific autophagy deficiency induces NADPH oxidase-mediated oxidative stress in motor neurons via mitophagy impairment rel 0.50

autophagy defects accelerate ALS progression independent of neuronal autophagy status

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Hypothesis CREB1-Induced lncRNA-9969 Selectively Binds miR-6361 Through Dual Seed-Structure Recognition in PV Interneurons rel 0.40

autophagy. The mechanism operates through canonical seed complementarity paired with

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Hypothesis HBOT (2.0 ATA, 60 min) activates TFEB-mediated autophagy-lysosome pathway to accelerate Aβ and p-tau clearance rel 0.40

autophagy flux to clear pathological proteins. However, autophagy markers are easily

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Hypothesis mTORC1 Hyperactivation Impairs Autophagic Flux and Drives Senescence rel 0.30

Autophagy impairment is a conserved driver of cellular senescence. [PMID

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Hypothesis TBK1 Loss Triggers eIF2α-Mediated Translational Repression Through Microglial SASP-Induced Integrated Stress Response in Motor Neurons rel 0.30

autophagy and NF-κB/IRF3 signaling, trapping microglia in an aged

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