Matches in Nanopublications for { ?s ?p "FROM FULL TEXT, Figure Although GAPDH and OCT4 did not show a significant change, REX1 {ZFP42} and GBX2 were significantly downregulated, and FGF5 was significantly upregulated following NANOG overexpression in Human ES cells by RT-PCR." ?g. }
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- _4 value "FROM FULL TEXT, Figure Although GAPDH and OCT4 did not show a significant change, REX1 {ZFP42} and GBX2 were significantly downregulated, and FGF5 was significantly upregulated following NANOG overexpression in Human ES cells by RT-PCR." provenance.
- _4 value "FROM FULL TEXT, Figure Although GAPDH and OCT4 did not show a significant change, REX1 {ZFP42} and GBX2 were significantly downregulated, and FGF5 was significantly upregulated following NANOG overexpression in Human ES cells by RT-PCR." provenance.
- _4 value "FROM FULL TEXT, Figure Although GAPDH and OCT4 did not show a significant change, REX1 {ZFP42} and GBX2 were significantly downregulated, and FGF5 was significantly upregulated following NANOG overexpression in Human ES cells by RT-PCR." provenance.
- _4 value "FROM FULL TEXT, Figure Although GAPDH and OCT4 did not show a significant change, REX1 {ZFP42} and GBX2 were significantly downregulated, and FGF5 was significantly upregulated following NANOG overexpression in Human ES cells by RT-PCR." provenance.
- _4 value "FROM FULL TEXT, Figure Although GAPDH and OCT4 did not show a significant change, REX1 {ZFP42} and GBX2 were significantly downregulated, and FGF5 was significantly upregulated following NANOG overexpression in Human ES cells by RT-PCR." provenance.
- _4 value "FROM FULL TEXT, Figure Although GAPDH and OCT4 did not show a significant change, REX1 {ZFP42} and GBX2 were significantly downregulated, and FGF5 was significantly upregulated following NANOG overexpression in Human ES cells by RT-PCR." provenance.