Fig. S4
- ID
- ZDB-FIG-170320-15
- Publication
- Yang et al., 2015 - VEGF-B promotes cancer metastasis through a VEGF-A-independent mechanism and serves as a marker of poor prognosis for cancer patients
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VEGF-B promotes cancer metastasis in a zebrafish model. (A) Dissemination of DiI-labeled human nontransfected WT, scrambled-shRNA-, and VEGFB-shRNA- MDA-MB-435 melanoma cells in zebrafish. Dashed lines encircle primary tumor sites. Arrowheads indicate the disseminated tumor cells. [Scale bar, 500 ?m (Upper); 200 ?m (Lower).] (B) Quantification of disseminated WT, scrambled-shRNA-, and VEGFB-shRNA-MDA-MB-435 melanoma cells in the whole body of zebrafish embryos (n = 10 zebrafish embryos per group). (C) Dissemination of DiI-labeled human vector- and VEGF-B-UACC-62 melanoma cells in zebrafish. Dashed lines encircle primary tumor sites. Arrowheads indicate the disseminated tumor cells. [Scale bar, 500 ?m (Upper); 200 ?m (Lower).] (D) Quantification of disseminated vector- and VEGF-B-UACC-62 melanoma cells in the whole body of zebrafish embryos (n = 10 zebrafish embryos per group). (E) Dissemination of DiI-labeled vector- and VEGF-B-T241 tumor cells in zebrafish. Dashed lines encircle primary tumor sites. Arrowheads indicate the disseminated tumor cells. [Scale bar, 500 ?m (Upper); 200 ?m (Lower).] (F) Quantification of disseminated vector- and VEGF-B-T241 tumor cells in the whole body of zebrafish embryos (n = 10 zebrafish embryos per group). All error bars represent SEM. All P values were analyzed according to Student?s t test. ns, not significant. |