B cells—masters of the immunoverse

AT Vaughan, A Roghanian, MS Cragg - The international journal of …, 2011 - Elsevier
AT Vaughan, A Roghanian, MS Cragg
The international journal of biochemistry & cell biology, 2011Elsevier
The immune system involves the complex interplay between many different cell types. Over
the last decade, T cells, dendritic cells (DC) and macrophages have all been implicated as
the key regulator cells of the immunological response, linking innate and adaptive immunity.
The forgotten cell in this discourse has been the B-cell. Long considered as simple antibody
production units dictated to by T-cells, recent years have begun to shift this assumption. The
discovery that numerous B-cell subsets exist, with specific regulatory functions capable of …
The immune system involves the complex interplay between many different cell types. Over the last decade, T cells, dendritic cells (DC) and macrophages have all been implicated as the key regulator cells of the immunological response, linking innate and adaptive immunity. The forgotten cell in this discourse has been the B-cell. Long considered as simple antibody production units dictated to by T-cells, recent years have begun to shift this assumption. The discovery that numerous B-cell subsets exist, with specific regulatory functions capable of modulating T-cell and chronic inflammatory responses has revealed a hitherto unappreciated role of B-cells. In particular, these ideas have been developed in light of the surprisingly successful responses delivered in autoimmune settings following depletion of B-cells with the anti-CD20 antibody rituximab. Here we summarise the history of the humble B-cell and discuss some of the key recent findings that lead us to propose it as an important regulator of ongoing immune responses and as such, one of the masters of the immunoverse.
Elsevier