B cell in a sentence
B-cell can be inhibited by soluble factors.
B-cell can undergo somatic hypermutation.
B-cell can recognize specific antigens.
B-cell is a key player in fighting infections.
B-cell can be activated by antigens presented by macrophages.
B cell depletion therapy is used in the treatment of certain autoimmune diseases.
The b cell response can be enhanced through vaccination.
The b cell receptor recognizes antigens through its variable region.
B cell development is tightly regulated to ensure proper immune function.
B cell activation can lead to the formation of germinal centers in lymphoid tissues.
The b cell can undergo affinity maturation to produce high-affinity antibodies.
Polyclonal B cell lymphocytosis is a condition characterized by an increase in multiple types of B cells.
B cell maturation involves the selection of functional receptors.
The b cell plays a crucial role in the body's defense against pathogens.
B cell deficiency can lead to increased susceptibility to infections.
The b cell is involved in the recognition and elimination of cancer cells.
The b cell can recognize specific antigens and initiate an immune response.
The b cell receptor is involved in antigen recognition.
B cell antigen presentation is important for activating other immune cells.
B cell memory allows for a faster immune response upon re-exposure to an antigen.
Researchers are studying ways to enhance the function of the b cell.
The b cell is capable of producing a diverse range of antibodies.
B cell diversity is essential for recognizing a wide range of antigens.
I need to get my b cell count checked at the doctor's office.
The b cell maturation process occurs in the bone marrow.
B cell maturation involves the selection of functional receptors.
The b cell can undergo affinity maturation to produce high-affinity antibodies.
B cell activation can lead to the formation of germinal centers in lymphoid tissues.
The b cell is one of the main types of white blood cells.
Autoimmune disorders can result from a malfunctioning b cell response.
B cell development occurs in the bone marrow.
The b cell maturation process occurs in the bone marrow.
B cell tolerance ensures that self-reactive B cells are eliminated or suppressed.
B cell deficiency can lead to increased susceptibility to infections.
The b cell can undergo class switching to produce different types of antibodies.
B cell class switching allows for the production of different types of antibodies.
The b cell is part of the adaptive immune system.
The b cell is an important component of the immune system.
B cell antigen presentation is important for activating other immune cells.
The b cell maturation process occurs in the bone marrow.
The b cell undergoes a process called somatic hypermutation.
The b cell helps to produce antibodies to fight off infections.
The b cell can undergo affinity maturation to produce high-affinity antibodies.
The b cell can undergo class switching to produce different types of antibodies.
Polyclonal B cell activation occurs when multiple B cells are stimulated to produce antibodies.
The b cell is capable of producing a diverse range of antibodies.