Matches in Nanopublications for { ?s ?p "# Ariadne: Collectively, these results support the concept that p38 kinase targets MEF2C at a unique site (Thr293), whose phosphorylation is required to stimulate MEF2- dependent transcription during muscle differentiation. [MolTransport]" ?g. }
Showing items 1 to 6 of
6
with 100 items per page.
- _6 value "# Ariadne: Collectively, these results support the concept that p38 kinase targets MEF2C at a unique site (Thr293), whose phosphorylation is required to stimulate MEF2- dependent transcription during muscle differentiation. [MolTransport]" provenance.
- _5 value "# Ariadne: Collectively, these results support the concept that p38 kinase targets MEF2C at a unique site (Thr293), whose phosphorylation is required to stimulate MEF2- dependent transcription during muscle differentiation. [MolTransport]" provenance.
- _5 value "# Ariadne: Collectively, these results support the concept that p38 kinase targets MEF2C at a unique site (Thr293), whose phosphorylation is required to stimulate MEF2- dependent transcription during muscle differentiation. [MolTransport]" provenance.
- _5 value "# Ariadne: Collectively, these results support the concept that p38 kinase targets MEF2C at a unique site (Thr293), whose phosphorylation is required to stimulate MEF2- dependent transcription during muscle differentiation. [MolTransport]" provenance.
- _5 value "# Ariadne: Collectively, these results support the concept that p38 kinase targets MEF2C at a unique site (Thr293), whose phosphorylation is required to stimulate MEF2- dependent transcription during muscle differentiation. [MolTransport]" provenance.
- _6 value "# Ariadne: Collectively, these results support the concept that p38 kinase targets MEF2C at a unique site (Thr293), whose phosphorylation is required to stimulate MEF2- dependent transcription during muscle differentiation. [MolTransport]" provenance.