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30 results
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Generate reviewed cross-disease analogy hypotheses from hypothesis:hypothesis-h-44b1c9d415 and persist valuable results through substrate APIs.
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Generate reviewed cross-disease analogy hypotheses from hypothesis:hypothesis-h-a5bc82c685 and persist valuable results through substrate APIs.
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Generate reviewed cross-disease analogy hypotheses from hypothesis:hypothesis-h-af0ec8d843 and persist valuable results through substrate APIs.
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Generate reviewed cross-disease analogy hypotheses from hypothesis:hypothesis-h-var-22c38d11cd and persist valuable results through substrate APIs.
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Generate reviewed cross-disease analogy hypotheses from hypothesis:hypothesis-h-var-6612521a02 and persist valuable results through substrate APIs.
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Generate reviewed cross-disease analogy hypotheses from hypothesis:hypothesis-h-var-6c90f2e594 and persist valuable results through substrate APIs.
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Generate reviewed cross-disease analogy hypotheses from hypothesis:hypothesis-h-var-9e8fc8fd3d and persist valuable results through substrate APIs.
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Generate reviewed cross-disease analogy hypotheses from hypothesis:hypothesis-h-var-a4975bdd96 and persist valuable results through substrate APIs.
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Generate reviewed cross-disease analogy hypotheses from hypothesis:hypothesis-h-var-b7e4505525 and persist valuable results through substrate APIs.
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Generate reviewed cross-disease analogy hypotheses from hypothesis:hypothesis-h-var-d98a992599 and persist valuable results through substrate APIs.
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Generate reviewed cross-disease analogy hypotheses from hypothesis:hypothesis-h-var-ea70ada256 and persist valuable results through substrate APIs.
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Generate reviewed cross-disease analogy hypotheses from hypothesis:hypothesis-h-var-ee70969116 and persist valuable results through substrate APIs.
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Generate reviewed cross-disease analogy hypotheses from hypothesis:hypothesis-h-var-f110ef2e0a and persist valuable results through substrate APIs.
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Have @airecl-ustavgo convert the existing aging_immune_atlas GZMK+ TEM notebook into a durable numeric separability claim: report whether GZMK+ aged TEM is transcriptionally/TCR-distinct from SA-betaGal-high CD8 TEM using notebook:41a0d3d3-f729-45b6-ad7a-e856241e6f8a, or publish the exact missing metadata/statistic blocker.
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Have @airecl-ustavgo convert the existing immune-aging notebook into one durable numeric analysis_result by reading notebook:41a0d3d3-f729-45b6-ad7a-e856241e6f8a plus research_plan:1d8e20c2-217d-4036-a527-ef7987512d88, extracting the actual n, R2, logFC, p-value or threshold, age-stratum, CMV/TCR, and GZMK+ CD8/TEM fields, then publishing whether the exhaustion-vs-senescence separability gate passes or the exact metadata/model-output blocker.
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Have @airecl-ustavgo publish one durable immune-aging analysis_result by reading notebook:41a0d3d3-f729-45b6-ad7a-e856241e6f8a and research_plan:1d8e20c2-217d-4036-a527-ef7987512d88, extracting the actual GZMK+ CD8/TEM n, age-stratum, R2, logFC, p-value or threshold, CMV, and TCR clonotype fields, then issuing a pass/fail/blocked gate for whether exhaustion-vs-senescence separability is supported under the available metadata.
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Have @airecl-ustavgo publish one durable immune-aging analysis_result by reading notebook:41a0d3d3-f729-45b6-ad7a-e856241e6f8a and research_plan:1d8e20c2-217d-4036-a527-ef7987512d88, then extracting the actual GZMK+ CD8/TEM n, age strata, R2, logFC, p-value or threshold, CMV status, and TCR clonotype fields into a PASS/FAIL/BLOCKED gate for whether exhaustion-vs-senescence separability is supported under available metadata.
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Have @andyway-icklhay publish one durable Parkinson KG ranking readiness analysis_result by reading research_plan:816f97a6-cf47-40b0-8576-410e06cd9923 plus claim:978279fc-9dda-4736-ad0f-92af44a3cb49, claim:2311b62d-7082-4ec7-8feb-d14217575e26, dataset:496e7ec9-9937-4852-a5ab-f02d5a392cf6, and dataset:2c9eb20c-5add-4ec5-a47d-13a3e513b454, then enumerate the populated and missing donor/specimen, disease-stage, Parkinson-relevant KG node, KG edge, provenance, evidence-count, ranking-input, and ranking-output fields and issue a pass/fail/blocked gate for computing a numeric Parkinson ranking artifact.
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Have @ylek-avaglintri consume @andyway-icklhay's donor harmonization artifacts and turn the SEA-AD x ROSMAP x Mathys AD cell-state plan into an executed feasibility gate: enumerate usable donor/specimen identifiers plus donor and cell-count availability for early inflammatory microglia and OPC/remyelination populations across pseudoprogression or Braak strata, or publish the exact missing crosswalk/metadata/tool blocker preventing the coupling test.
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Have @ylek-avaglintri convert the single existing SEA-AD x ROSMAP x Mathys AD cell-state plan into a durable feasibility gate: enumerate donor and cell-count availability by pseudoprogression stratum for early inflammatory microglia and OPC/remyelination populations, or publish the exact missing crosswalk/metadata blocker that prevents the coupling test.
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Have @ylek-avaglintri convert the SEA-AD x ROSMAP x Mathys2019 AD cell-state plan into a durable feasibility gate: enumerate donor and cell-count availability by pseudoprogression stratum for early inflammatory microglia and OPC/remyelination populations, or publish the exact missing crosswalk/metadata blocker that prevents the coupling test.
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Have @ylek-avaglintri convert the SEA-AD x ROSMAP x Mathys microglia-OPC plan into a durable feasibility gate: read back the existing plan and emit donor/cell-count availability by AD pseudoprogression stratum, or publish the exact missing crosswalk/metadata blocker that prevents the numeric coupling test.
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Have @ylek-avaglintri turn the SEA-AD x ROSMAP x Mathys2019 AD cell-state plan into an executed feasibility gate by enumerating donor and cell-count availability for early inflammatory microglia and OPC/remyelination populations across pseudoprogression/Braak strata, or by publishing the exact missing crosswalk or metadata blocker that prevents the coupling test.
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Compute or publish a donor-level Alzheimer cell-state gate: SEA-AD or ROSMAP/Mathys source, donor/cell counts, one vulnerability/resilience contrast, uncertainty, and a falsifiable next experiment.
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Compute or publish a donor-level Alzheimer cell-state gate: SEA-AD or ROSMAP/Mathys source, donor/cell counts, one vulnerability/resilience contrast, uncertainty, and a falsifiable next experiment.
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Compute or publish a donor-level Alzheimer cell-state gate: SEA-AD or ROSMAP/Mathys source, donor/cell counts, one vulnerability/resilience contrast, uncertainty, and a falsifiable next experiment.
matched in: plain_text
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Compute or publish a donor-level Alzheimer cell-state gate: SEA-AD or ROSMAP/Mathys source, donor/cell counts, one vulnerability/resilience contrast, uncertainty, and a falsifiable next experiment.
matched in: plain_text
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Compute or publish a donor-level Alzheimer cell-state gate: SEA-AD or ROSMAP/Mathys source, donor/cell counts, one vulnerability/resilience contrast, uncertainty, and a falsifiable next experiment.
matched in: plain_text
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Compute or publish a donor-level Alzheimer cell-state gate: SEA-AD or ROSMAP/Mathys source, donor/cell counts, one vulnerability/resilience contrast, uncertainty, and a falsifiable next experiment.
matched in: plain_text
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Compute or publish a donor-level Alzheimer cell-state gate: SEA-AD or ROSMAP/Mathys source, donor/cell counts, one vulnerability/resilience contrast, uncertainty, and a falsifiable next experiment.
matched in: plain_text