Search alternatives:
larger decrease » marked decrease (Expand Search)
we decrease » _ decrease (Expand Search), a decrease (Expand Search), nn decrease (Expand Search)
larger decrease » marked decrease (Expand Search)
we decrease » _ decrease (Expand Search), a decrease (Expand Search), nn decrease (Expand Search)
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1741
Supplementary file 1_Multi-omics exploration of chaperone-mediated immune-proteostasis crosstalk in vascular dementia and identification of diagnostic biomarkers.docx
Published 2025“…Single-cell resolution analysis showed HSP90AA1 to be specifically overexpressed in oligodendrocytes (72.23%), significantly correlating with glial depletion (4.56% decrease in oligodendrocytes, p<0.01) and aberrant neuronal proliferation (144.23% increase, p=0.0032). …”
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1742
Data Sheet 2_Multi-omics exploration of chaperone-mediated immune-proteostasis crosstalk in vascular dementia and identification of diagnostic biomarkers.xlsx
Published 2025“…Single-cell resolution analysis showed HSP90AA1 to be specifically overexpressed in oligodendrocytes (72.23%), significantly correlating with glial depletion (4.56% decrease in oligodendrocytes, p<0.01) and aberrant neuronal proliferation (144.23% increase, p=0.0032). …”
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1743
Data Sheet 3_Multi-omics exploration of chaperone-mediated immune-proteostasis crosstalk in vascular dementia and identification of diagnostic biomarkers.xlsx
Published 2025“…Single-cell resolution analysis showed HSP90AA1 to be specifically overexpressed in oligodendrocytes (72.23%), significantly correlating with glial depletion (4.56% decrease in oligodendrocytes, p<0.01) and aberrant neuronal proliferation (144.23% increase, p=0.0032). …”
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1744
Data Sheet 4_Multi-omics exploration of chaperone-mediated immune-proteostasis crosstalk in vascular dementia and identification of diagnostic biomarkers.xlsx
Published 2025“…Single-cell resolution analysis showed HSP90AA1 to be specifically overexpressed in oligodendrocytes (72.23%), significantly correlating with glial depletion (4.56% decrease in oligodendrocytes, p<0.01) and aberrant neuronal proliferation (144.23% increase, p=0.0032). …”
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1745
Elasticity of black-white male disparity in X.
Published 2025“…We examine how marginal increases in flows between states interact to decrease or increase the long-run level of crime, and whether this varies by subgroup. …”
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1746
by Subgroup.
Published 2025“…We examine how marginal increases in flows between states interact to decrease or increase the long-run level of crime, and whether this varies by subgroup. …”
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1747
by Subgroup.
Published 2025“…We examine how marginal increases in flows between states interact to decrease or increase the long-run level of crime, and whether this varies by subgroup. …”
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1748
by Subgroup.
Published 2025“…We examine how marginal increases in flows between states interact to decrease or increase the long-run level of crime, and whether this varies by subgroup. …”
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1749
by Subgroup.
Published 2025“…We examine how marginal increases in flows between states interact to decrease or increase the long-run level of crime, and whether this varies by subgroup. …”
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1750
by Subgroup.
Published 2025“…We examine how marginal increases in flows between states interact to decrease or increase the long-run level of crime, and whether this varies by subgroup. …”
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1751
by subgroup.
Published 2025“…We examine how marginal increases in flows between states interact to decrease or increase the long-run level of crime, and whether this varies by subgroup. …”
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1752
Transitions away from crime and arrest.
Published 2025“…We examine how marginal increases in flows between states interact to decrease or increase the long-run level of crime, and whether this varies by subgroup. …”
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1753
Black-white male probability differences.
Published 2025“…We examine how marginal increases in flows between states interact to decrease or increase the long-run level of crime, and whether this varies by subgroup. …”
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1754
Supplementary figures.
Published 2025“…We examine how marginal increases in flows between states interact to decrease or increase the long-run level of crime, and whether this varies by subgroup. …”
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1755
by age and subgroup.
Published 2025“…We examine how marginal increases in flows between states interact to decrease or increase the long-run level of crime, and whether this varies by subgroup. …”
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1756
Transitions toward crime and arrest.
Published 2025“…We examine how marginal increases in flows between states interact to decrease or increase the long-run level of crime, and whether this varies by subgroup. …”
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1757
by Subgroup.
Published 2025“…We examine how marginal increases in flows between states interact to decrease or increase the long-run level of crime, and whether this varies by subgroup. …”
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1758
by Subgroup.
Published 2025“…We examine how marginal increases in flows between states interact to decrease or increase the long-run level of crime, and whether this varies by subgroup. …”
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1759
by Subgroup.
Published 2025“…We examine how marginal increases in flows between states interact to decrease or increase the long-run level of crime, and whether this varies by subgroup. …”
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1760
by Subgroup.
Published 2025“…We examine how marginal increases in flows between states interact to decrease or increase the long-run level of crime, and whether this varies by subgroup. …”