… of radiolabeled aptamers for the in vivo imaging of several … , and amplification of the nucleic
acid pool through PCR. A … emitting both positrons for PET imaging and beta-particles for …

… targeting ability of nucleic acid aptamers but also have the … was modified with other
disease-specific aptamers and could … the imaging agent 64 Cu@LCI-Apt with good radiolabeling …

… tool for developing effective disease-specific probes. Cell-… the acting time of nucleic acid
aptamers. PEGylation reduces … These radiolabeled aptamers rapidly penetrated the tumor …

… nucleic acids such as aptamers have been attracting interest as targeting moieties. Several
reports showed aptamers have a high … high affinity for 68 Ga radiolabeling for PET imaging, …

… Single-stranded nucleic acid molecules can bind to complementary … , S., Veedu, RN
Radiolabeling 134 of nucleic acid aptamers for highly … disease-specific molecular imaging. …

… , aptamers have significantly advanced the molecular imaging … aptamers can be used as
useful tools for highly sensitive cell … It is speculated that radiolabeled aptamers would have great …

… instead of the cell line in the positive selection may present more disease-specific aptamers.
… imaging probe by chemical conjugation with chelating or radiolabeled agents to aptamers […

… radiolabelled aptamers can achieve highly sensitive and specific real-time molecular imaging
for … [124] modified the aptamers into PET imaging agents by radiolabelling HeA2_1 and …

… offer a more efficient radiolabeling of nucleic acids with radionuclides … RNA aptamer targeting
the extracellular domain of EGFR, chemically coupled to 18 F-fluorobenzyl for PET imaging …

… , which indicated that Sgc8-FSNPs were a highly sensitive … (A) with a demonstration of PET
molecular imaging for HER2 in … One approach is to utilize disease-specific aptamers with high …