The hypothetical model is built explaining the molecular mechanism of protective action of
poly (ethylene glycol) on liposomes in vivo. The protective layer of the polymer on the …

We have previously described a novel monocrystalline iron oxide nanocompound (MION), a
stable colloid that enables target specific MR imaging. In this study, the physicochemical …

PURPOSE: To investigate the accumulation and cellular uptake of long-circulating dextran-
coated iron oxide (LCDIO) particles in malignant neoplasms in vivo. MATERIALS AND …

To determine the feasibility of MR imaging of magnetically labeled cells, different cell lines
were labeled with monocrystalline iron oxide (MION) particles. Phantoms containing MION …

In vivo imaging of treatment responses at the molecular level could have a significant impact
on the speed of drug discovery and ultimately lead to personalized medicine. Strong interest …

Although several dextran‐coated iron oxide preparations are in preclinical and clinical use,
little is known about the mechanism of uptake into cells. As these particles have been shown …

PURPOSE: To build and test an optical imaging system that is sensitive to near-infrared
fluorescent molecular probes activated by specific enzymes in tumor tissues in mice …

Annexin V, which recognizes the phosphatidylserine of apoptotic cells, was conjugated to
crosslinked iron oxide (CLIO) nanoparticles, a functionalized superparamagnetic …

Noninvasive imaging using radioactive annexin V is an emerging strategy for the
assessment of cell death in vivo (FG Blankenberg, and HW Strauss. Apoptosis, 6: 117–123 …

The authors developed and evaluated a polymer as a contrast agent for magnetic
resonance (MR) angiography. The agent consists of a monomethoxy ether of poly (ethylene …