Figure S7 from A Peptide Probe Enables Photoacoustic-Guided Imaging and Drug Delivery to Lung Tumors in <i>K-ras^LA2</i> Mutant Mice

Fig. S7. Analysis of hematologic parameters and liver and kidney function after treatment with untargeted and the CRQTKN-targeted liposomes in K-rasLA2 mutant mice.</p

Figure S8 from A Peptide Probe Enables Photoacoustic-Guided Imaging and Drug Delivery to Lung Tumors in <i>K-ras^LA2</i> Mutant Mice

Fig. S8. Experimental scheme for the identification of the receptor of the CRQTKN peptide.</p

Figure S4 from A Peptide Probe Enables Photoacoustic-Guided Imaging and Drug Delivery to Lung Tumors in <i>K-ras^LA2</i> Mutant Mice

Fig. S4. PA sensitivity and spectrum of FPI774 NIR fluorescence dye-labeled CRQTKN peptide in vitro.</p

Figure S1 from A Peptide Probe Enables Photoacoustic-Guided Imaging and Drug Delivery to Lung Tumors in <i>K-ras^LA2</i> Mutant Mice

Fig. S1. HPLC chromatogram and MALDI-TOF spectra of the CRQTKN peptide.</p

Figure S3 from A Peptide Probe Enables Photoacoustic-Guided Imaging and Drug Delivery to Lung Tumors in <i>K-ras^LA2</i> Mutant Mice

Fig. S3. Schematic of the PAT system.</p

Figure S2 from A Peptide Probe Enables Photoacoustic-Guided Imaging and Drug Delivery to Lung Tumors in <i>K-ras^LA2</i> Mutant Mice

Fig. S2. Ex vivo fluorescence images of tumor homing by the CRQTKN peptide in K-rasLA2 mutant mice.</p

Figure S5 from A Peptide Probe Enables Photoacoustic-Guided Imaging and Drug Delivery to Lung Tumors in <i>K-ras^LA2</i> Mutant Mice

Fig. S5. Characterization of doxorubicin-loaded liposomes untargeted and targeted by the CRQTKN peptide.</p

Figure S6 from A Peptide Probe Enables Photoacoustic-Guided Imaging and Drug Delivery to Lung Tumors in <i>K-ras^LA2</i> Mutant Mice

Fig. S6. Enhanced delivery of liposomes targeted by the CRQTKN peptide to lung tumor in K-rasLA2 mutant mice.</p

Supplementary Data from Multiparametric Photoacoustic Analysis of Human Thyroid Cancers <i>In Vivo</i>

Supplementary movie 1. Boundary selection software</p

Supplementary Data from Multiparametric Photoacoustic Analysis of Human Thyroid Cancers <i>In Vivo</i>

Supplementary figures 1-18 and tables 1-7</p