… nanoprobes are studied as contrast agents for biomedical imaging. These nanoprobes …
molecular level. One type of nanoprobes, called PLNPs, are developed as biomedical imaging …

… The applications of molecular imaging nanoprobes were … on the development of next
generation molecular imaging … Molecular imaging probes include small molecular probes [5]…

… molecular targets with high medical value, molecular probes with high translation potential,
and powerful imaging … , etc.] have been used to develop imaging probes for these modalities. …

… for the development of fluorescent probes suitable for the … for fluorescent probes used in
biomedical imaging, such as … cysteine-specific small-molecule probe (probe 10) for sensitive and …

… molecular probe designs allow for efficient visualization of pathophysiological processes
playing a central role in a variety of neurodegenerative diseases, brain … the development of …

… imaging in the visible region, demonstrating great potential in both fundamental biomedical
… , NIR fluorescence imaging probes have been under extensive development. This review …

… This means that developing a molecular probe in a nanoparticle with a particular binding
site generates a strong signal, thus enabling precise detection of the cell’s specific structure. …

… -molecule fluorescent probes for cancer diagnosis are discussed, and the development direction
of this kind of probes is … to developing fluorescent probes for accurate cancer diagnosis. …

… molecular probes and stratify them with respect to different sorts of autofluorescence-free
imaging … to be addressed for developing next-generation, more effective, autofluorescence-free …

… CCM is also helpful in treating chronic diseases including cancer, inflammatory diseases
and neurological diseases. By coordinating with Zn 2+ , CCM can be used as a bio-ligand to …