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Phosphorylation of the transcription factor Cyclops from L. japonicus modulates its activity and its interaction with CCaMK [thesis]

Philipp Robert Bellon, Martin Parniske
2021

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CCaMK im Vorhandensein vom Kalzium und Calmodulin an mehreren Stellen phosphoryliert wird. Dadurch wird die Expression von NIN und RAM1 stark erhöht. Die Phosporylierung von Cyclops S236D vermindert daraufhin die Interaktion von Cyclops und CCaMK, was auf einen intrinsischen regulatorischen Mechanismus hinweisen könnte. symbionts (Gutjahr and Parniske, 2013) . Apart from small amounts of ammonia, AMF mainly deliver phosphate and water to the plant (Javot et al., 2007; Guether et al., 2009) . In
more » ... return, the plant delivers hexoses and -monoacylglycerols (-MAGs) to the fungus, accounting for up to 20% of its photosynthetically fixed
doi:10.5282/edoc.28624 fatcat:ha4diebc5vferihncwinh6p5za
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Philipp Robert Bellon, Martin Parniske. "Phosphorylation of the transcription factor Cyclops from L. japonicus modulates its activity and its interaction with CCaMK." (2021)