immune system
• generation of immature lamda1 B cells in the bone marrow and their continued maturation to mature B cells in the spleen are defective
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• number of immature lamda 1 B cells is decreased 2- to 3-fold in the bone marrow
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• 3-fold decrease in lamda 1 transitional type 1 (T1) B cells
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• 10-fold decrease in the number of transitional 2 (T2) lamda 1 B cells
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• reduced numbers of immature lambda 1 B cells in bone marrow and reduced numbers of mature lambda 1 B cells in spleen
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• 6-fold decrease in the number of mature lamda 1 B cells
• number of recirculating mature lamda 1 B cells in the bone marrow is decreased 7- to 20-fold
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• decrease in marginal zone lamda 1 B cells
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hematopoietic system
• generation of immature lamda1 B cells in the bone marrow and their continued maturation to mature B cells in the spleen are defective
|
• number of immature lamda 1 B cells is decreased 2- to 3-fold in the bone marrow
|
• 3-fold decrease in lamda 1 transitional type 1 (T1) B cells
|
• 10-fold decrease in the number of transitional 2 (T2) lamda 1 B cells
|
• reduced numbers of immature lambda 1 B cells in bone marrow and reduced numbers of mature lambda 1 B cells in spleen
|
• 6-fold decrease in the number of mature lamda 1 B cells
• number of recirculating mature lamda 1 B cells in the bone marrow is decreased 7- to 20-fold
|
• decrease in marginal zone lamda 1 B cells
|