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This analysis of multiple mutant clones and backgrounds identifies Fmi as the essential component for intercellular PCP signalling and provides a more detailed description of the establishment of global PCP patterns.
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This examination of Fmi binding preferences and dynamics under different conditions provides a fresh perspective on how PCP complexes assemble.
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This detailed analysis of cell–cell signalling through Fmi provides evidence for two different signalling states of Fmi when bound with Fz or when bound with Vang or neither.
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This exhaustive analysis reveals cell- and tissue-specific localizations of different vertebrate PCP family members and strong links between PCP signalling and microtubule polarity.
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This study utilizes dual mosaic embryos to provide solid evidence for an instructive role of Wnt proteins in determining PCP pattern orientation.
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This tissue-wide analysis of PCP orientation over time shows shifts along the axis of dramatic growth and cell rearrangements, suggesting that forces can contribute to PCP alignment.
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