Lateral extension of GFP signals.

<div><p>The <i>Arabidopsis</i> ENHANCER OF PINOID (ENP) protein and the AGC-kinase PINOID (PID) synergistically impact on polarization and function of the auxin transporter PIN-FORMED1 (PIN1) required for plant leaf and flower organ development. ENP offers a PID-independent i...

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Main Author:	Michaela S. Matthes (21587677) (author)
Other Authors:	Nicole Yun (21587680) (author), Miriam Luichtl (21587683) (author), Ulrich Büschges (21587686) (author), Birgit S. Fiesselmann (21587689) (author), Benjamin Strickland (21587692) (author), Marietta S. Lehnardt (21587695) (author), Kay Schneitz (221050) (author), Klaus Michel (478992) (author), Ramon A. Torres Ruiz (21587698) (author)
Published:	2025
Subjects:	Biophysics Biochemistry Medicine Cell Biology Genetics Molecular Biology Neuroscience Evolutionary Biology Ecology Developmental Biology Infectious Diseases Plant Biology Virology similar polar localization intrinsically disordered region div >< p three structured domains double mutants lead fret shows enp polar pin1 activity pinoid hold information flower organ development results show enp pins including pin1 auxin transporter pin enp pid </ single mutants flower development distinct domains pid </ enp predicted enp offers arabidopsis </ supporting pin1 mediated pin1 significantly interact potential interactor plasma membrane plant leaf multiprotein complex modular structure modification status less plants kinase pinoid independent input develop cotyledons completely dispensable closely associated assumed pin alphafold separates
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Lateral extension of GFP signals.

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