hematopoietic system
• increase in immature CD11b+ CXCR3+ NK cells in spleen and bone marrow
• more mature KLRG-1+ CD11b+ NK cells are underrepresented in spleen and bone marrow
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• about half the number of NK cells in the spleen, lymph node, liver, and lung
• but no decrease is seen in the bone marrow
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• marked decrease in the ratio of CD62Lhi to CD62Llo memory phenotype CD8+ T cells
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• decrease in numbers of memory phenotype CD8+ T cells, particularly in lymph nodes, spleen, and blood
• marked decrease in the number of CD62Lhi memory phenotype CD8+ T cells
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• decrease in numbers of memory phenotype CD8+ T cells, particularly in lymph nodes, spleen, and blood
• marked decrease in the number of CD62Lhi memory phenotype CD8+ T cells
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• decrease in proliferation of CD27+ CD11b+ cells
• decrease in activation of adoptively transferred wild-type NK cells in response to lipopolysaccaride
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immune system
• increase in immature CD11b+ CXCR3+ NK cells in spleen and bone marrow
• more mature KLRG-1+ CD11b+ NK cells are underrepresented in spleen and bone marrow
|
• about half the number of NK cells in the spleen, lymph node, liver, and lung
• but no decrease is seen in the bone marrow
|
• marked decrease in the ratio of CD62Lhi to CD62Llo memory phenotype CD8+ T cells
|
• decrease in numbers of memory phenotype CD8+ T cells, particularly in lymph nodes, spleen, and blood
• marked decrease in the number of CD62Lhi memory phenotype CD8+ T cells
|
• decrease in numbers of memory phenotype CD8+ T cells, particularly in lymph nodes, spleen, and blood
• marked decrease in the number of CD62Lhi memory phenotype CD8+ T cells
|
• decrease in proliferation of CD27+ CD11b+ cells
• decrease in activation of adoptively transferred wild-type NK cells in response to lipopolysaccaride
|