immune system
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• homeostatic CD4+ T cell proliferation is increased within the lymph nodes
• allogenic stimulation of CD4+ T cells is also increased
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• thymus weight and cellularity is increased by about a third
|
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• CD4+ T cell numbers in the lymph nodes and blood are increased by about a third
|
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• CD8+ T cell numbers in the lymph nodes are slightly increased
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• CD4+ T cells have longer interactions between themselves and with allogenic dendritic cells
• CD4+ T cells have a higher affinity for ICAM-coated surfaces
• CD4+ T cells have decreased motility through transwell filters
• CD4+ T cells transferred into wild-type mice have enhanced enhanced transendothelial migration into lymph nodes
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• axillary, cervical, inguinal and mesenteric lymph nodes are increased in weight and cell number by about a third
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• an increase in ear thickness is observed after sensitization and challenge with DNFB
• CD4+ T cells in cervical lymph nodes have a higher proliferation rate than those of control mice after DNFB challenge
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• IL-2 secretion is enhanced by CD4+ T cells in response to allogenic stimulation
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• diabetes development is accelerated and aggravated after streptozotocin induction with high glucose levels detected
• peripancreatic lymph nodes are enlarged 5-6 days after disease induction
• increased numbers of CD4+ T cells are noted in the pancreas 14 days after disease induction compared to controls
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hematopoietic system
|
• homeostatic CD4+ T cell proliferation is increased within the lymph nodes
• allogenic stimulation of CD4+ T cells is also increased
|
|
• thymus weight and cellularity is increased by about a third
|
|
• CD4+ T cell numbers in the lymph nodes and blood are increased by about a third
|
|
• CD8+ T cell numbers in the lymph nodes are slightly increased
|
|
• CD4+ T cells have longer interactions between themselves and with allogenic dendritic cells
• CD4+ T cells have a higher affinity for ICAM-coated surfaces
• CD4+ T cells have decreased motility through transwell filters
• CD4+ T cells transferred into wild-type mice have enhanced enhanced transendothelial migration into lymph nodes
|
endocrine/exocrine glands
|
• thymus weight and cellularity is increased by about a third
|
cellular
|
• homeostatic CD4+ T cell proliferation is increased within the lymph nodes
• allogenic stimulation of CD4+ T cells is also increased
|


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