12 research outputs found
Boxplot showing distribution of CD3+ cells content in intracranial thrombi by stroke subtypes.
<p>Boxplot showing distribution of CD3+ cells content in intracranial thrombi by stroke subtypes.</p
Number of CD3+ cells in “cardioembolism” and other causes thrombi and in “atherothrombosis” thrombi.
<p>Number of CD3+ cells in “cardioembolism” and other causes thrombi and in “atherothrombosis” thrombi.</p
Hematoxylin and eosin-stained section of a fibrin-dominant thrombus (left) and of an erythrocyte-dominant thrombus (right).
<p>Hematoxylin and eosin-stained section of a fibrin-dominant thrombus (left) and of an erythrocyte-dominant thrombus (right).</p
“Atherosclerotic” thrombus.
<p>CD3+ cells (brown) corresponding to T cells in an “atherosclerotic” thrombus.</p
Number of CD3+ cells in “cardioembolism” thrombi and in “atherothrombosis” thrombi.
<p>Number of CD3+ cells in “cardioembolism” thrombi and in “atherothrombosis” thrombi.</p
Cox proportional-hazard regression models for transition to MCI/dementia during the 7-year follow-up (n = 426, n. of events = 111).
*<p>Cox proportional hazard regression models with delayed entry were performed with age as the basic timescale and birth as the time origin.</p>†<p>In model 5, n = 416 and n. of events = 108.</p
Decision tree (built using the data on total WML volume and on relative WML volume in the frontal, parietal, temporal and occipital regions as potential descriptors).
<p>The three distribution patterns could be used to discriminate between subjects who developed MCI/dementia and subjects who remained cognitively stable. Sensitivity: 29%, specificity: 88%, positive predictive value: 46%, negative predictive value: 78%. Temporal WMLr: (temporal WML volume/total WML volume) Ă—100.</p
Characteristics of the study participants (n = 426).
¶<p>n = 424.</p>§<p>n = 418.</p