Category:2023-12 study about organ aging signatures in blood plasma proteome

Media in category "2023-12 study about organ aging signatures in blood plasma proteome"

The following 14 files are in this category, out of 14 total.

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  Plasma proteins can model organ aging.webp 2,157 × 2,056; 364 KB
  
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  Aging model prediction and coefficients.webp 2,125 × 2,431; 456 KB
  
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  Aging model training and testing.webp 2,125 × 1,501; 193 KB
  
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  Brain aging in cognitive decline and AD.webp 2,154 × 1,627; 241 KB
  
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  Cognition-optimized aging model associations with age and AD.webp 2,125 × 2,179; 338 KB
  
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  Cognition-optimized aging model associations with cognitive function in non-cognitively impaired individuals.webp 2,112 × 1,448; 203 KB
  
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  Extreme organ agers are widespread in the population.webp 2,120 × 1,744; 223 KB
  
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  Feature Importance for Biological Aging (FIBA) plots for all aging models in relation to cognition.webp 2,125 × 1,394; 175 KB
  
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  Feature Importance for Biological Aging (FIBA) to derive a cognition-associated brain aging model.webp 2,125 × 1,919; 295 KB
  
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  Identification of organ-enriched plasma proteins.webp 2,125 × 1,714; 270 KB
  
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  Mapping CognitionOrganismal and CognitionArtery proteins to human organs and cell types.webp 2,125 × 2,395; 224 KB
  
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  Organ age predicts health and disease.webp 2,158 × 1,624; 219 KB
  
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  Organ aging in cognitive decline and AD.webp 2,148 × 1,599; 237 KB
  
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  Plasma proteomic organ aging models versus established clinical markers of aging, health, and disease.webp 2,016 × 1,952; 289 KB