Assertion: lymphocyte's nucleus | /r/CapableOf | become heterochromatic
Facets:
value: less completely
type: DEGREE
Source sentences:
text: μm in diameter, and the nucleus becomes less completely heterochromatic; they are then referred to as large lymphocytes or lymphoblasts.
text: μm in diameter, and the nucleus becomes less completely heterochromatic; they are then referred to asorThese cells then proliferate and differentiate into B and T memory cells and into the various effector cell types, B cells into plasma cells and T cells into helper, cytotoxic, and suppressor cells.
text: μm in diameter, and the nucleus becomes less completely heterochromatic; they are then referred to as large lymphocytes or lymphoblasts.
text: μm in diameter, and the nucleus becomes less completely heterochromatic; they are then referred to asorThese cells then proliferate and differentiate into B and T memory cells and into the various effector cell types, B cells into plasma cells and T cells into helper, cytotoxic, and suppressor cells.
text: μm in diameter, and the nucleus becomes less completely heterochromatic; they are then referred to as large lymphocytes or lymphoblasts.
text: μm in diameter, and the nucleus becomes less completely heterochromatic; they are then referred to asorThese cells then proliferate and differentiate into B and T memory cells and into the various effector cell types, B cells into plasma cells and T cells into helper, cytotoxic, and suppressor cells.
text: μm in diameter, and the nucleus becomes less completely heterochromatic; they are then referred to as large lymphocytes or lymphoblasts.
text: μm in diameter, and the nucleus becomes less completely heterochromatic; they are then referred to asorThese cells then proliferate and differentiate into B and T memory cells and into the various effector cell types, B cells into plasma cells and T cells into helper, cytotoxic, and suppressor cells.
text: μm in diameter, and the nucleus becomes less completely heterochromatic; they are then referred to as large lymphocytes or lymphoblasts.
text: μm in diameter, and the nucleus becomes less completely heterochromatic; they are then referred to asorThese cells then proliferate and differentiate into B and T memory cells and into the various effector cell types, B cells into plasma cells and T cells into helper, cytotoxic, and suppressor cells.
text: μm in diameter, and the nucleus becomes less completely heterochromatic; they are then referred to as large lymphocytes or lymphoblasts.
text: μm in diameter, and the nucleus becomes less completely heterochromatic; they are then referred to asorThese cells then proliferate and differentiate into B and T memory cells and into the various effector cell types, B cells into plasma cells and T cells into helper, cytotoxic, and suppressor cells.
text: μm in diameter, and the nucleus becomes less completely heterochromatic; they are then referred to as large lymphocytes or lymphoblasts.
text: μm in diameter, and the nucleus becomes less completely heterochromatic; they are then referred to asorThese cells then proliferate and differentiate into B and T memory cells and into the various effector cell types, B cells into plasma cells and T cells into helper, cytotoxic, and suppressor cells.
text: μm in diameter, and the nucleus becomes less completely heterochromatic; they are then referred to as large lymphocytes or lymphoblasts.
text: μm in diameter, and the nucleus becomes less completely heterochromatic; they are then referred to asorThese cells then proliferate and differentiate into B and T memory cells and into the various effector cell types, B cells into plasma cells and T cells into helper, cytotoxic, and suppressor cells.
text: μm in diameter, and the nucleus becomes less completely heterochromatic; they are then referred to as large lymphocytes or lymphoblasts.
text: μm in diameter, and the nucleus becomes less completely heterochromatic; they are then referred to asorThese cells then proliferate and differentiate into B and T memory cells and into the various effector cell types, B cells into plasma cells and T cells into helper, cytotoxic, and suppressor cells.