Matches in Nanopublications for { ?s ?p "<p17> Ser392 phosphorylation of P53 increases 10-fold the association constant for tetramerization, but this effect is reversed by Ser315 phosphorylation. The tetramerization activates P53 for specific DNA binding and transcription" ?g. }
Showing items 1 to 6 of
6
with 100 items per page.
- _5 value "<p17> Ser392 phosphorylation of P53 increases 10-fold the association constant for tetramerization, but this effect is reversed by Ser315 phosphorylation. The tetramerization activates P53 for specific DNA binding and transcription" provenance.
- _9 value "<p17> Ser392 phosphorylation of P53 increases 10-fold the association constant for tetramerization, but this effect is reversed by Ser315 phosphorylation. The tetramerization activates P53 for specific DNA binding and transcription" provenance.
- _5 value "<p17> Ser392 phosphorylation of P53 increases 10-fold the association constant for tetramerization, but this effect is reversed by Ser315 phosphorylation. The tetramerization activates P53 for specific DNA binding and transcription" provenance.
- _5 value "<p17> Ser392 phosphorylation of P53 increases 10-fold the association constant for tetramerization, but this effect is reversed by Ser315 phosphorylation. The tetramerization activates P53 for specific DNA binding and transcription" provenance.
- _5 value "<p17> Ser392 phosphorylation of P53 increases 10-fold the association constant for tetramerization, but this effect is reversed by Ser315 phosphorylation. The tetramerization activates P53 for specific DNA binding and transcription" provenance.
- _9 value "<p17> Ser392 phosphorylation of P53 increases 10-fold the association constant for tetramerization, but this effect is reversed by Ser315 phosphorylation. The tetramerization activates P53 for specific DNA binding and transcription" provenance.