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Over the past few years, interest in the field of neuroimmunology has expanded dramatically, thanks largely to new technologies that have advanced our understanding of the intimate connections between the nervous and immune systems1. Here, we highlight key advances in 2017 that have defined new roles for microglia in brain maintenance, for cytokines as neuromodulators and for the immune system in peripheral nerve activity.
Heeding the adage “prevention is better than cure”, Olivera J. Finn proposes that vaccinating individuals who have pre-malignant lesions gives the immune system the upper hand and can prevent progression to cancer.
The development of multiphoton intravital microscopy has enabled detailed studies of humoral responses within lymphoid tissues. Here, Kuka and Iannacone cover recent studies of the viral subversion of B cell responses and discuss how these findings relate to our understanding of B cell activation within secondary lymphoid organs.
In 2017, studies of cellular metabolism broadly permeated immunological research. Accumulating data support the view that understanding how metabolism regulates immune cell function could provide new therapeutic opportunities for the many diseases associated with immune system dysregulation.
Recent studies showing that neoantigens are crucial targets of the antitumour immune response have supported the progression of personalized cancer vaccines to clinical trials.
Over the past 2 years, Zika virus (ZIKV) has emerged as a pathogen capable of causing devastating congenital malformations in the developing fetus and significant neurological disease in adults. In 2017, substantial progress has been made towards the development, immunological analysis and preclinical evaluation of vaccine platforms to prevent the pathologies associated with ZIKV infection.
This Review describes recent advances in our understanding of the ontogeny, development and function of brain-resident macrophages and microglia, including their normal functions during brain development and homeostasis and how disturbance of these functions may precipitate neurodegenerative and neuropsychiatric diseases.