Objective To explore the method of preparation of 99m Tc labeled Anti-VEGF McAb 5-FU
loaded polylactic acid nanoparticles (99m Tc-5-Fu-Ab-NPs), and investigate the biological …

Objective To prepare (99m) Tc-labeled Anti-VEGF mAb 5-FU loaded polylactic acid
nanoparticles ((99m) Tc-Ab-5-FU-NPs) and investigate its biodistribution in human gastric …

Objective To explore the anti-tumor efficacy of anti-vascular endothelial growth factor (VEGF)
McAb 5-fluorouracil (5-FU) loaded polylactic acid (PLA) nanoparticles (NPS) in human …

Simple Summary Immune cells are increasingly used for therapy in cancer and other
diseases. To better understand immune-cell kinetics, cell-tracking with highly sensitive …

Objective Estimation of activity accumulated in tumor and organs is very important in
predicting the response of radiopharmaceuticals treatment. In this study, we synthesized 177 …

[en] Purpose: In order to evaluate the targeting activity in the animal model with human
hepatoma, the 131 I-chTNT radioimmunoimaging was explored. Methods …

Gold nanoparticles (AuNPs) represent very attractive and promising drug delivery carriers
due to their unique dimensions, adjustable surface functions, and controllable drug release …

Objective To evaluate the effects of radioimmunoimaging with 99Tcm-EGFR-McAb or 99Tcm-
CD44-McAb or combined application of both on nude mice bearing lung adenocarcinoma …

[en] To investigate the radioimmunotheraputic efficacy, radioimmunoconjugate'1 31 I-3G9,
131 I-3H11 and'1 31 I-NMIgG (irrelevant antibody) were ip injected into nude mice bearing …

The aim of present study was to develop radiolabeled NPs to overcome the limitations of
fluorescence with theranostic potential. Synthesis of PLGA-NPs loaded with technetium-99m …