… tissues in vivo. We will discuss these strategies within the context of the nanoparticle probe
… While this review provides a comprehensive overview of the nanoparticle probes that are …

… In vivo applications of these probes include imaging of target tissue in live animals as
well as applications in human subject as blood pool contrast. In a human subject, green-emitting …

… tissues and penetrate tissue up to several inches. Therefore, it is desirable to use fluorescent
nanoparticles … In conclusion, development of NIRF nanoparticle probes for cancer imaging …

… resonance energy transfer) probe in tumor tissue, we designed … to assemble into fluorescent
micellar nanoparticles when … of stable, spherical micellar nanoparticles. This spherical …

… probes that can be incorporated into nanoparticles along with a therapeutic agent that would
be suitable for confocal/fluorescence … protein for encapsulation in nanoparticles. We have …

… After injection, magnetic nanoparticles accumulate in target tissues … nanoparticle probes
we have designed utilize polyarginyl peptides to link the fluorophore Cy5.5 to the nanoparticle. …

… -infrared fluorescence (NIRF) dyes are used, enhanced tissue penetration along … nanoparticle
probes is not only to enhance contrast differences in biological targets from other tissues …

… deep tissue anatomical imaging in the second NIR region (1-1.4 µm). Second NIR region is
having great importance in deep tissue imaging due to minimal auto fluorescence and tissue …

… Ongoing efforts for the development of cancer tissue specific fluorescent probes are mainly
focused … dyes either as peptide-imaging or peptide-conjugated nanoparticle probes. Systemic …

… fluorescence probes or fluorescence resonance energy transfer (FRET) mediated large Stokes
shifting fluorescence probes (… 8II), deep-tissue fluorescent imaging of live animals. More …