ZFIN ID: ZDB-FIG-160516-6
Ando et al., 2016 - Clarification of mural cell coverage of vascular endothelial cells by live imaging of zebrafish. Development (Cambridge, England)   143(8):1328-39 Full text @ Development
ADDITIONAL FIGURES
EXPRESSION / LABELING:
Genes:
Fish:
Anatomical Terms:
Stage: Day 5

Fig. 6

Lineage tracing for identification of MC origins. (A) Schematic of the protocol used for lineage-tracing analysis. TgBAC(pdgfrb:Gal4FF);Tg(UAS:loxP-mCherry (mC)-loxP-mVenus (mV)) zebrafish (pdgfrb reporter) express mCherry in the pdgfrb-positive cells (top). In the pdgfrb reporter fish crossed with Tg(sox10:Cre) or Tg(tbx6:Cre,myl7:EGFP) line, the sox10-positive neural crest-derived MCs or tbx6-positive mesoderm-derived MCs, respectively, are labeled with mVenus expression because of Cre-mediated excision of mCherry gene flanked by loxP (bottom). (B) Lateral view of a TgBAC(pdgfrb:Gal4FF);Tg(UAS:loxP-mC-loxP-mV);Tg(sox10:Cre) larva at 5dpf. Upper, mVenus; lower, brightfield image. (C) Confocal images of head (left column) and trunk (center and right columns) regions in a TgBAC(pdgfrb:Gal4FF);Tg(UAS:loxP-mC-loxP-mV);Tg(tbx6:Cre,myl7:EGFP) larva at 5dpf. Upper, mVenus; middle, merged images of mVenus (green) and mCherry (red); lower, differential interference contrast (DIC) images. (D) Confocal images of head regions in a 5dpf TgBAC(pdgfrb:Gal4FF);Tg(UAS:loxP-mC-loxP-mV) larva crossed with Tg(sox10:Cre) (left three columns) or Tg(tbx6:Cre,myl7:EGFP) (right three columns) fish lines. Dorsal view, anterior to the left. Images of CCtA, BCA/PCS and HV are shown in the left, center and right columns, respectively. Upper, mVenus; lower, the merged images of mVenus (green) and mCherry (red). Note that mVenus-labeled cells indicate sox10-positive neural crest-derived MCs (left three columns) or tbx6-positive mesoderm-derived MCs (right three columns). Scale bars: 50µm (CCtA, HV); 20µm (BCA/PCS). (E) Confocal images of pharyngeal regions in 5dpf TgBAC(pdgfrb:Gal4FF);Tg(UAS:loxP-mC-loxP-mV);Tg(IF:NLS-mCherry,fli1a:iRFP) larvae crossed with Tg(sox10:Cre) (left three columns) or Tg(tbx6:Cre,myl7:EGFP) (right three columns) fish lines. The larvae expressing iRFP670 under the control of fli1a promoter were identified by intestinal fatty acid binding protein (IF; also known as fabp2) promoter-driven expression of NLS-mCherry in the intestine. Ventral view, anterior to the left. Boxed areas showing hypobranchial artery (HA) (a,c) and aortic arches (AA) (b,d) are enlarged to the right of the original images. Top row, mVenus; second row, mCherry; third row, fli1a:iRFP (iRFP); bottom row, merged images of mVenus (green), mCherry (red) and iRFP (white). Scale bars: 50µm. Asterisks in C and E indicate heart visualized by myl7:EGFP. mC, mCherry; mV, mVenus; i, iris; j, jaw; p, pharyngeal arch.

Gene Expression Details
Gene Antibody Fish Conditions Stage Qualifier Anatomy Assay
mCherry ncv24Tg ; ncv29Tg ; ncv28Tg ; ba74Tg standard conditions Day 5 Not Detected aortic arch vascular associated smooth muscle cell IFL
Day 5 Not Detected hypobranchial artery vascular associated smooth muscle cell IFL
ncv24Tg ; sq6Tg ; ncv28Tg ; ncv29Tg standard conditions Day 5 aortic arch vascular associated smooth muscle cell IFL
Day 5 hypobranchial artery vascular associated smooth muscle cell IFL
ncv28Tg ; ba74Tg ; ncv24Tg standard conditions Day 5 basal communicating artery vascular associated smooth muscle cell IFL
Day 5 cerebellar central artery vascular associated smooth muscle cell IFL
Day 5 hyaloid vessel vascular associated smooth muscle cell IFL
Day 5 posterior communicating artery vascular associated smooth muscle cell IFL
ncv28Tg ; sq6Tg ; ncv24Tg standard conditions Day 5 hyaloid vessel vascular associated smooth muscle cell IFL
Day 5 iris IFL
Day 5 mandibular arch skeleton IFL
Day 5 pharyngeal arch IFL
Day 5 trunk vasculature vascular associated smooth muscle cell IFL
RFP ncv24Tg ; ncv29Tg ; ncv28Tg ; ba74Tg standard conditions Day 5 aortic arch IFL
Day 5 hypobranchial artery IFL
ncv24Tg ; sq6Tg ; ncv28Tg ; ncv29Tg standard conditions Day 5 aortic arch IFL
Day 5 hypobranchial artery IFL
Venus ncv24Tg ; ncv29Tg ; ncv28Tg ; ba74Tg standard conditions Day 5 aortic arch vascular associated smooth muscle cell IFL
Day 5 hypobranchial artery vascular associated smooth muscle cell IFL
ncv24Tg ; sq6Tg ; ncv28Tg ; ncv29Tg standard conditions Day 5 Not Detected aortic arch vascular associated smooth muscle cell IFL
Day 5 Not Detected hypobranchial artery vascular associated smooth muscle cell IFL
ncv28Tg ; ba74Tg ; ncv24Tg standard conditions Day 5 Not Detected basal communicating artery vascular associated smooth muscle cell IFL
Day 5 Not Detected cerebellar central artery vascular associated smooth muscle cell IFL
Day 5 hyaloid vessel vascular associated smooth muscle cell IFL
Day 5 iris IFL
Day 5 mandibular arch skeleton IFL
Day 5 pharyngeal arch IFL
Day 5 Not Detected posterior communicating artery vascular associated smooth muscle cell IFL
Day 5 Not Detected trunk vasculature vascular associated smooth muscle cell IFL
ncv28Tg ; sq6Tg ; ncv24Tg standard conditions Day 5 basal communicating artery vascular associated smooth muscle cell IFL
Day 5 cerebellar central artery vascular associated smooth muscle cell IFL
Day 5 Not Detected hyaloid vessel vascular associated smooth muscle cell IFL
Day 5 posterior communicating artery vascular associated smooth muscle cell IFL
Day 5 trunk vasculature vascular associated smooth muscle cell IFL
Antibody Labeling Details No data available
Phenotype Details No data available
Acknowledgments:
ZFIN wishes to thank the journal Development (Cambridge, England) for permission to reproduce figures from this article. Please note that this material may be protected by copyright. Full text @ Development