b_cells

B cells are central to immunity. Biointron explains how they generate antibodies, defend against pathogens, and contribute to therapeutic development.

Learn how vaccines trigger antibody production, the immune mechanisms behind protection, different vaccine types, and key factors influencing efficacy and long-term immunity.

DOI:10.1126/science.adg0564 B cells, or B lymphocytes, are a crucial component of the adaptive immune system andhumoral immunity. They originate from the bone marrow and mature in secondary lymphoid organs, such as the spleen and lymph nodes. The B ce

Antibody generation is tightly regulated. Biointron examines mechanisms that control immune responses and ensure balance between protection and tolerance.

Plasma cells secrete vast amounts of antibodies. Biointron describes their differentiation from B cells and the importance of this process in immune defense.

B cell activation depends on complex signaling. Biointron outlines the pathways and checkpoints that regulate antibody generation and adaptive immunity.

Antigen recognition initiates immune defense. Biointron explains how B cell activation shapes antibody production and drives effective immune responses.

What an antibody is and why it matters: structure, function, and the roles antibodies play across diagnostics and therapy, explained for fast, confident understanding.

Biointron established a single-B cell antibody discovery platform based on microfluidic technology. Combined with our proprietary fast antibody expression platform, it has been proven to be fast and efficient in many projects.