Also, further investigation would be required to determine the changes of renal perfusion in a mouse UUO model using a nuclear or MR imaging technique (e.g. dynamic susceptibility contrast MRI) and evaluate the relation between renal perfusion and the uptake of 99mTc-MAG3.
We analyzed the variation of the amount of fat mass and non-fat mass (lean mass) before and after the 6-day treatment of CL316243 and OEA using a nuclear magnetic resonance imaging (Whole Body Composition Analyzer, EchoMRI, Houston, TX) (Imbernon et al., 2013).
We addressed this by 4D imaging of optic cup formation using a nuclear label (H2BGFP).
It is a nuclear imaging approach involving the use of radionuclide.
The ability to locate and quantify the extent of hypoxia within solid tumors by using noninvasive nuclear imaging would facilitate early diagnosis and help clinicians select the most appropriate treatment for each individual patient [ 52].
To date annexin A5 is the only protein that has been used to visualize PS expressing cells in patients using nuclear imaging.
Perfusion recovery analysis using nuclear imaging has previously been investigated in a hind limb ischemia model in rats [15] and mice [13].
The radioactive dose used in nuclear imaging may potentially be a limiting factor in such longitudinal studies [ 8, 11, 14, 18, 19].
It will be tested for pancreatic beta cells mass using small animal nuclear imaging.
During the past decade, numerous radiolabeled EGFR-targeted agents, namely antibodies and TKIs, have been investigated as probes for visualizing and quantifying EGFR expression in tumors using nuclear imaging modalities, such as single photon emission computed tomography (SPECT) and PET [16-29].
