Head and neck cancer accounts for approximately 500,000 cases annually worldwide, with over 62,000 Americans diagnosed each year and almost 13,000 dying from the disease [1,2]. It is well-recognized that the immune system plays a major role in anti-tumor surveillance in healthy individuals, a finding that is confirmed by the increased incidence of cancer diagnosis in some acquired (such as after organ transplant) or hereditary (such as GATA2 deficiency) immunodeficiency states [3]. Our understanding of the interactions between immunity and tumorigenesis is growing at a fast rate such that modulating the immune system has been the largest breakthrough in cancer therapy in the last decade [4].
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