Using magnetic resonance imaging to evaluate dendritic cell-based vaccination.

Objectives: To evaluate the use of magnetic resonance imaging in patients with β -thalassemia and to compare T2* magnetic resonance imaging results with

Univariate analysis showed that in the group with signiicant potential drug interactions a higher number of di- ferent drugs, drugs/day had been used, there were more

An evaluation of the cytotoxic activity of CD8+ T cells in sub-clinical infections and patients with CL showed that CD8+ T cells in individu- als with CL induced apoptosis of

expression levels of different CCLs and CCRs were analyzed in human naïve T lymphocytes, stimulated with dendritic cells primed with different serotypes of A.. act inom ycet

expression levels of different CCLs and CCRs were analyzed in human naïve T lymphocytes, stimulated with dendritic cells primed with different serotypes of A.. act inom ycet

T cells, to study T cell priming in response to Lm infection in vivo , Labeled T cells were adoptively transferred into wild-type B6 mice that were subsequently primed

T cell responses utilized young or old mice that were either immunologically naı¨ve (primary, 1 0 ; Figure 1A) or had been primed at 2 months of age with the PR8 virus and challenged

T cell biodistribution was assessed by bioluminescence imaging (BLI) in the same conditions, except that mice were injected with both PC3-PIP or PC3 tumor cells on the right and