AbstractIn animals, rearrangements of the junctions between cells are fundamental to morphogenesis. Recent work has revealed the acrobatics that Drosophila tracheal cells perform as they intercalate to form unicellular tubes
SummaryThe development of air-filled respiratory organs is crucial for survival at birth. We used a ...
AbstractMost metazoans are able to grow beyond a few hundred cells and to support differentiated tis...
SummaryThere is emerging evidence that microtubules in nondividing cells can be employed to remodel ...
AbstractIn animals, rearrangements of the junctions between cells are fundamental to morphogenesis. ...
AbstractBackground: Branching morphogenesis transforms an epithelial sheet into a tubular network wi...
AbstractBackground: Branching morphogenesis transforms an epithelial sheet into a tubular network wi...
SummaryBackgroundBranching morphogenesis remodels epithelial tissues into tubular networks. This pro...
AbstractTwo ZP domain proteins, Piopio and Dumpy, have been shown to contribute to the apical extrac...
SummaryBackgroundBranching morphogenesis remodels epithelial tissues into tubular networks. This pro...
Most organs and glands are composed of interconnected networks of tubes. Tubes carryout many importa...
Most organs and glands are composed of interconnected networks of tubes. Tubes carryout many importa...
Compensatory Branching Morphogenesis in the Drosophila Tracheal System Deanne Francis Amin Ghabrial ...
SummaryMorphogenesis of the respiratory appendages on eggshells of Drosophila species provides a pow...
AbstractTo shape a developing animal, individual cell movements must be coordinated over long distan...
AbstractThe Drosophila larval tracheal system consists of a highly branched tubular organ that becom...
SummaryThe development of air-filled respiratory organs is crucial for survival at birth. We used a ...
AbstractMost metazoans are able to grow beyond a few hundred cells and to support differentiated tis...
SummaryThere is emerging evidence that microtubules in nondividing cells can be employed to remodel ...
AbstractIn animals, rearrangements of the junctions between cells are fundamental to morphogenesis. ...
AbstractBackground: Branching morphogenesis transforms an epithelial sheet into a tubular network wi...
AbstractBackground: Branching morphogenesis transforms an epithelial sheet into a tubular network wi...
SummaryBackgroundBranching morphogenesis remodels epithelial tissues into tubular networks. This pro...
AbstractTwo ZP domain proteins, Piopio and Dumpy, have been shown to contribute to the apical extrac...
SummaryBackgroundBranching morphogenesis remodels epithelial tissues into tubular networks. This pro...
Most organs and glands are composed of interconnected networks of tubes. Tubes carryout many importa...
Most organs and glands are composed of interconnected networks of tubes. Tubes carryout many importa...
Compensatory Branching Morphogenesis in the Drosophila Tracheal System Deanne Francis Amin Ghabrial ...
SummaryMorphogenesis of the respiratory appendages on eggshells of Drosophila species provides a pow...
AbstractTo shape a developing animal, individual cell movements must be coordinated over long distan...
AbstractThe Drosophila larval tracheal system consists of a highly branched tubular organ that becom...
SummaryThe development of air-filled respiratory organs is crucial for survival at birth. We used a ...
AbstractMost metazoans are able to grow beyond a few hundred cells and to support differentiated tis...
SummaryThere is emerging evidence that microtubules in nondividing cells can be employed to remodel ...
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