… naïve T cells and stimulate B and natural killer cells. … -cell responses and HBV persistence.
We and others have previously shown that a specific subset of DC, the myeloid dendritic cells …

… the major mechanisms involved … dendritic cell subsets and Treg expression in different
melanoma stages. (A) Circulating immature myeloid and plasmacytoid DCs as well as Treg cells …

… multiple mechanisms to evade the immune system and succeeds to persist lifelong in the
host. Human dendritic cells (DC) are the main antigen‐presenting cells and play the key role in …

… Dendritic cells (DCs) are crucial in the defence against … , subvert DC functions to escape
immune surveillance by targeting … -SIGN by distinct mechanisms that either circumvent antigen …

… To test this hypothesis, we treated tumor-bearing mice with uric acid in combination with a
dendritic cell–based p53 vaccine. Such treatment substantially improved the antitumor effect …

… Among the mechanisms allowing melanoma cells to escape immune system control are the
… used in patients suffering of myeloid acute leukemia leading to a functional restoration of the …

… impaired NK cell functions can facilitate escape from immune … NK cell defects and AML
evasion mechanisms to escape … dendritic cells (iDC) and suppression of DC function by NK …

… -specific T cells anergic through a variety of mechanisms, … players of tumor escape from
control by the immune system. … myeloid blasts may be driven to differentiate ex vivo into fully …

… A Flt3-ligand dependent myeloid precursor of Langerhans cells was recently described in …
might be inhibited and function as a tumor immune escape mechanism. The migration of DC …

… NK-cell and myeloid cell infiltration within PDAC and PDAC.Ova tumors was also similar (…
neoantigen or MHC class I loss as a mechanism of escape, and PD-L1 expression was similar (…