Sentence examples for molecular imaging experiments from inspiring English sources

This approach of reversibly attaching probes to serum albumin may serve as a tool to optimize tracer distribution for more precise target characterization in molecular imaging experiments.

However, though the findings from these CT molecular imaging experiments show attractive prospect, further study is required to explore the feasibility of CT molecular imaging.

This approach has great potential in future quantitative molecular imaging experiments using MS. As we showed IM-MS has several limitations, such as the significantly decreased sensitivity that needs to be overcome to study low-abundance species with IM-MS.

In vivo molecular imaging experiments were performed using a C-terminal amidated peptide, GGGDPKGGGGG, labeled with a short-lived positron emitter, fluorine-18 (F), for positron emission tomography (PET) in three different breast cancer models: EMT6, MCF-7 and MDA-MB-231.

Matrix assisted laser desorption/ionization mass spectrometry imaging (MALDI-MSI) of tissue samples is a powerful technique that allows for spatially resolved, comprehensive and specific characterization of hundreds of unknown molecular species (proteins, peptides, lipids or metabolites) in situ in a single molecular imaging experiment [ 4].

These parameters will now be applied in molecular imaging preclinical experiments performed in our laboratory.

The final image quality obtained in a molecular animal imaging experiment can be influenced by different factors (Fig. 1): first of all, the isotope, tracer production and labelling are key components.

The combination of microbiological, molecular, and differential imaging experiments was highly useful in previous studies that focused on antimicrobial effects of alkylpyrazines (Cernava 2012; Kusstatscher et al. 2017).

Frustrated by the time between when a tissue sample is taken and when a pathology laboratory can examine it, Dr. Contag, who oversees a molecular imaging laboratory at Stanford, is experimenting with a variety of next-generation endoscopes.

These challenges are especially pronounced for experiments aimed at molecular imaging of COX-2 in various pre-clinical cancer models.

Imaging experiments of the molecular beam with the focusing microstructured mirror [46] and of trapped molecules above the chip [48] allow to estimate the effects of the charge that accumulates on the SU-8 insulating layer above the electrodes.