Sentence examples for fluorescence pet from inspiring English sources

Also the 1,8-naphthalimide periphery of the systems was designed on the "fluorophore spacer receptor" format able to act as a fluorescence PET based probe.

On the basis of the proposed mechanisms of fluorescence PET sensors for detection of water, a key point for creating a highly-sensitive fluorescence PET sensor based on fluorophore phenylboronic acid ester for a trace amount of water is to effectively facilitate the formation of fluorescent ionic structure by the addition of water molecules.

An anthracene-amino acid system with two carboxyl groups has been designed and synthesized as a new class of fluorescence PET (photo-induced electron transfer) sensor for detection of water in organic solvents.

In order to provide a direction in molecular design toward creating a highly-sensitive fluorescence PET (photo-induced electron transfer) sensor for a trace amount of water in organic solvents, we have designed and synthesized anthracene-bis aminomethyl phenylboronic anthracene-bis aminomethyl phenylboronictuent acidwith cyano group, restertively, on the phenylboronic andd ester.

Since the 1990s, molecular imaging has been applied to study arthritis in preclinical imaging of experimental animal models and has evolved from the use of simpler methods, such as autoradiography and planar gamma camera imaging, to more advanced techniques, including fluorescence, PET, and SPECT imaging, that show higher sensitivity and provide more detailed information.

On the one hand, π-stacked T Hg2+ T mediates and accepts electron transfer of the excited state of FAM and quenches the fluorescence through PET.

The in vivo HPPH delivery and PDT effects of GO PEG HPPH and free HPPH were studied in 4T1 tumor-bearing mice with both fluorescence and PET (positron emission tomography) imaging.

Forward primers were labelled with different fluorescence: NED, PET, FAM and HEX (Invitrogen).

In vivo fluorescence and PET imaging in nude mice with insulinoma xenografts expressing hTMEM27 showed high 8/9-mAb uptake in tumours after 72 h.

Here we report on the characterisation of a monoclonal antibody, 8/9-mAb, specific to human TMEM27 (hTMEM27), which, upon suitable labelling, could be used for specific imaging of beta cells in vivo by fluorescence or PET imaging.

The objective of this study was to use molecular imaging probes specifically targeting beta cells on human samples and animal models using state-of-the-art imaging modalities (fluorescence and PET) with preclinical and clinical perspective.