PET cell tracking using 18F-FLT labelling is an improved approach vs. 18F-FDG as it is not susceptible to local host cell reuptake, resulting in a ...
Here we report the use of [89Zr]Zr(oxinate)4 to track Vγ9Vδ2 T cells in vivo by positron emission tomography (PET). In vitro, we showed that 89Zr- ...
Positron emission tomography enables the tracking, in a mouse, of an intravenously injected cell radiolabelled with mesoporous silica ...
SPECT and PET imaging with labeled monoclonal antibodies has been used for years to detect cancer cells. With the development of immuno- ...
Gammadelta T (γδ-T) cells are strong candidates for adoptive immunotherapy in oncology due to their cytotoxicity, ease of expansion, and ...
Due to its high sensitivity and clinical applicability, positron emission tomography (PET) is the ideal modality for tracking cells. The purpose of ...
The stable transfection of cells with a reporter gene, which can be visualized using a radioactive PET or SPECT reporter probe, allows the repeated visualization of ...
In conjunction with various cell-tracking methods, PET imaging can quantify the number of viable T cells and their retention in tumors, which ...
However, PET is increasingly used in cell tracking applications, for which the " imaging" paradigm may not be optimal. Here, we investigate an alternative ...
Virtually all biomedical applications of positron emission tomography (PET) use images to represent the distribution of a radiotracer. However ...