Matches in Nanopublications for { ?s ?p "As shown in Figure 3, Ero1-La mRNA was specifically induced in tumor cell adjacent to cells undergoing cell death, that is, in cells experiencing most severe hypoxia. This was shown both for a murine teratocarcinoma (Figure 3a?d), as well as for a natural human breast carcinoma (Figure 3e?g). Notably, Ero1-La mRNA was induced in the same locales as VEGF, suggesting that upregulated Ero1-La expression might indeed function to improve VEGF secretion." ?g. }
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- _3 value "As shown in Figure 3, Ero1-La mRNA was specifically induced in tumor cell adjacent to cells undergoing cell death, that is, in cells experiencing most severe hypoxia. This was shown both for a murine teratocarcinoma (Figure 3a?d), as well as for a natural human breast carcinoma (Figure 3e?g). Notably, Ero1-La mRNA was induced in the same locales as VEGF, suggesting that upregulated Ero1-La expression might indeed function to improve VEGF secretion." provenance.
- _3 value "As shown in Figure 3, Ero1-La mRNA was specifically induced in tumor cell adjacent to cells undergoing cell death, that is, in cells experiencing most severe hypoxia. This was shown both for a murine teratocarcinoma (Figure 3a?d), as well as for a natural human breast carcinoma (Figure 3e?g). Notably, Ero1-La mRNA was induced in the same locales as VEGF, suggesting that upregulated Ero1-La expression might indeed function to improve VEGF secretion." provenance.
- _3 value "As shown in Figure 3, Ero1-La mRNA was specifically induced in tumor cell adjacent to cells undergoing cell death, that is, in cells experiencing most severe hypoxia. This was shown both for a murine teratocarcinoma (Figure 3a?d), as well as for a natural human breast carcinoma (Figure 3e?g). Notably, Ero1-La mRNA was induced in the same locales as VEGF, suggesting that upregulated Ero1-La expression might indeed function to improve VEGF secretion." provenance.
- _3 value "As shown in Figure 3, Ero1-La mRNA was specifically induced in tumor cell adjacent to cells undergoing cell death, that is, in cells experiencing most severe hypoxia. This was shown both for a murine teratocarcinoma (Figure 3a?d), as well as for a natural human breast carcinoma (Figure 3e?g). Notably, Ero1-La mRNA was induced in the same locales as VEGF, suggesting that upregulated Ero1-La expression might indeed function to improve VEGF secretion." provenance.