Author Affiliations
Laboratory of Xinjiang Native Medicinal and Edible Plant Resources Chemistry, College of Chemistry and Environmental Science, Kashi University, Kashgar, Xinjiang 844000, Chinashow less
Fig. 1. Tanabe--Sugano energy level of Cr
3+ in octahedral crystal field
[29] Fig. 2. Schematic diagrams of cell surface polysaccharide detection based on Cr-PLNPs-PEG avidin
[41]. (a) Preparation and detection principle of Cr-PLNPs-PEG avidin; (b) ConA, WGA and PNA expression on DU145H cells and RWPE-1 cells; (c) ConA, WGA and PNA expression on DU145 cells before and after treating tunicamycin
Fig. 3. Application of Cr-PLNPs
in vivo imaging
[48]. (a) Application diagram; (b) persistent image and decay curve of Cr-PLNPs after photo-stimulated by LED
Fig. 4. Cr-PLNPs-NH
2 used for
in vivo targeted imaging
[47]. (a) Synthesis, functionalization and
in vivo imaging of Cr-PLNPs-NH
2; (b) application of ZGO-TAT in cell targeted imaging
in vitro; (c) application of ZGO-FA
in vivo targeted imaging
Fig. 5. Cr-PLNPs applied to multimodal imaging
[58]. (a) NGR-ZGGO∶Cr, Pr@TaO
x@SiO
2 with core-shell structure; (b)excitation and emission spectra, persistent attenuation images of NGR-ZGGO∶Cr, Pr@TaO
x@SiO
2; (c) CT images (inset) and CT values of NGR-ZGGO∶Cr, Pr@TaO
x@SiO
2 with different mass concentrations
Fig. 6. Cr-PLNPs applied to PDT
[59]. (a) Synthesis of Cr-PLNPs-SiPc; (b) absorption spectra of Si-Pc and emission spectra of Cr-PLNPs; (c) tumor growth curve after PDT
Fig. 7. Lipo-Cr-PLNP-PTX used for imaging guided therapy
[63]. (a) Synthesis of Lipo-Cr-PLNP-PTX; (b) persistent luminescence imaging of Lipo-Cr-PLNP-PTX; (c) growth curve of tumor after chemotherapy
Fig. 8. Cr-PLNPs-CuS-RGD used for imaging guide PPT
[62]. (a) Synthesis of Cr-PLNPs-CuS-RGD; (b)
in vivo imaging of Cr-PLNPs-CuS-RGD; (c) tumor growth curve after PTT
Fig. 9. TAT@Eu/Cr-PLNPs used to track ASC
[38]. (a) Preparation of TAT@Eu/Cr-PLNPs; (b) comparison with QDs and dye
in vivo imaging of TAT@Eu/Cr-PLNPs
Fig. 10. Cr-PLNPs used for imaging of metastatic tumors and PDT adjuvant chemotherapy
[78]. (a) Synthesis route of DSPLNPs@hSiO
2@CCM; (b) imaging and PDT adjuvant chemophototherapy
in vivo controlled by 808 nm laser with DSPLNPs@hSiO
2@CCM