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1. www.ncbi.nlm.nih.gov › pmc › articlesFrom cells to organs: building polarized tissue - PMC

   www.ncbi.nlm.nih.gov › pmc › articles

   Communication between cells, both through cell–cell contact and via the ECM and diffusible factors, and using both chemical and mechanical signals, is at the heart of polarized tissue and organ formation.

   • Author: David M. Bryant, Keith E. Mostov
   • DOI: 10.1038/nrm2523

   • Publish Year: 2008
   • Published: 2008/11

2. journals.biologists.com › jcs › articleDevelopment and dynamics of cell polarity at a glance

   journals.biologists.com › jcs › article

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   Apr 1, 2017 · Cell polarity can develop de novo, be maintained through rounds of cell division and be dynamically remodeled. In this Cell Science at a Glance review and poster, we describe molecular asymmetries that underlie cell polarity in several cellular contexts.

   • Author: Joseph P. Campanale, Thomas Y. Sun, Denise J. Montell

   • Publish Year: 2017

3. en.wikipedia.org › wiki › Cell_polarityCell polarity - Wikipedia

   en.wikipedia.org › wiki › Cell_polarity

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   The male centrosome provides a cue, which breaks an initially homogenous membrane distribution of anterior PARs by inducing cortical flows. These are thought to advect anterior PARs towards one side of the cell, allowing posterior PARs to bind to other pole (posterior).

4. journals.biologists.com › jcs › articleIntegrins and epithelial cell polarity | Journal of Cell ...

   journals.biologists.com › jcs › article

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   Aug 1, 2014 · Cell polarity is characterised by differences in structure, composition and function between at least two poles of a cell. In epithelial cells, these spatial differences allow for the formation of defined apical and basal membranes.

   • Author: Jessica L. Lee, Charles H. Streuli

   • Publish Year: 2014

5. www.nature.com › articles › nrm2523From cells to organs: building polarized tissue | Nature ...

   www.nature.com › articles › nrm2523

   Nov 1, 2008 · Key Points. Most cells in the body are polarized, showing some level of shape and functional asymmetry, such as apico–basal or front–back polarity. Tissues are formed from the coordinated...

   • Author: David M. Bryant, Keith E. Mostov

   • Publish Year: 2008

6. www.cell.com › trends › cell-biologyThe mechanics behind cell polarity: Trends in Cell Biology

   www.cell.com › trends › cell-biology

   Sep 15, 2012 · The PIN auxin-efflux carriers represent molecular landmarks of cell polarity because they usually are localized to one side of the cell, thus driving the polar flux of auxin in tissues .

7. People also ask

   Are all cells polarized?

   • Nature Reviews Molecular Cell Biology 9 , 887–901 ( 2008) Cite this article Most cells in the body are polarized, showing some level of shape and functional asymmetry, such as apico–basal or front–back polarity. Tissues are formed from the coordinated integration of individual cells into a multicellular structure, such as an epithelial tube.

   From cells to organs: building polarized tissue - Nature

   www.nature.com/articles/nrm2523

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   What are examples of polarized cells?

   • Almost all cell types exhibit some form of polarity, which enables them to carry out specialized functions. Classical examples of polarized cells are described below, including epithelial cells with apical-basal polarity, neurons in which signals propagate in one direction from dendrites to axons, and migrating cells.

   Cell polarity - Wikipedia

   en.wikipedia.org/wiki/Cell_polarity

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   What drives cell polarity?

   • Our poster showcases repeated use of the Par, Scribble and Crumbs polarity complexes, which drive the development of cell polarity in many cell types and organisms. We then briefly discuss the diverse and dynamic changes in cell polarity that occur during cell migration, asymmetric cell division and in planar polarized tissues.

   Development and dynamics of cell polarity at a glance

   journals.biologists.com/jcs/article/130/7/1201/56661/Development-and-dynamics-of-cell-polarity-at-a

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   How do polarized cells move to the cell surface?

   • Their movement to the cell surface results in the generation of space between two (or more) polarized cells, and concomitant cell-surface delivery of the apical, luminal membrane. The surrounding cells now exhibit apico–basal polarity and are orientated around a lumen, and the whole tissue is subsequently expanded in a highly polarized manner.

   From cells to organs: building polarized tissue - Nature

   www.nature.com/articles/nrm2523

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8. www.cell.com › current-biology › fulltextCell Polarization: It's All about Being in Shape - Cell Press

   www.cell.com › current-biology › fulltext

   Mar 10, 2009 · In eukaryotic cells microtubules and actin filaments help to generate the spatial organization of the cytoplasm that is required for polarity and shape. Recent work in fission yeast demonstrates that changing cell shape in turn reorganizes the cytoskeleton and cell polarization machinery.