DOIAbstract
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
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
Compensatory Branching Morphogenesis in the Drosophila Tracheal System Deanne Francis Amin Ghabrial ...
© 2020 The Authors.Intercalation allows cells to exchange positions in a spatially oriented manner i...
AbstractTwo ZP domain proteins, Piopio and Dumpy, have been shown to contribute to the apical extrac...
AbstractIn animals, rearrangements of the junctions between cells are fundamental to morphogenesis. ...
SummaryBackgroundBranching morphogenesis remodels epithelial tissues into tubular networks. This pro...
AbstractBackground: Branching morphogenesis transforms an epithelial sheet into a tubular network wi...
Biological tubes serve as conduits through which gas, nutrients and other important fluids are deliv...
SummaryBackgroundBranching morphogenesis remodels epithelial tissues into tubular networks. This pro...
AbstractBackground: Branching morphogenesis transforms an epithelial sheet into a tubular network wi...
Tubular networks are central to the structure and function of many organs, such as the vertebrate lu...
Development of the ectodermally derived Drosophila tracheal system is based on branch outgrowth and ...
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...
Using the renal tubules of Drosophila as an example, we explore how cell speci¢cation leads to the m...
Development of the ectodermally derived Drosophila tracheal system is based on branch outgrowth and ...
Compensatory Branching Morphogenesis in the Drosophila Tracheal System Deanne Francis Amin Ghabrial ...
© 2020 The Authors.Intercalation allows cells to exchange positions in a spatially oriented manner i...
AbstractTwo ZP domain proteins, Piopio and Dumpy, have been shown to contribute to the apical extrac...
AbstractIn animals, rearrangements of the junctions between cells are fundamental to morphogenesis. ...
SummaryBackgroundBranching morphogenesis remodels epithelial tissues into tubular networks. This pro...
AbstractBackground: Branching morphogenesis transforms an epithelial sheet into a tubular network wi...
Biological tubes serve as conduits through which gas, nutrients and other important fluids are deliv...
SummaryBackgroundBranching morphogenesis remodels epithelial tissues into tubular networks. This pro...
AbstractBackground: Branching morphogenesis transforms an epithelial sheet into a tubular network wi...
Tubular networks are central to the structure and function of many organs, such as the vertebrate lu...
Development of the ectodermally derived Drosophila tracheal system is based on branch outgrowth and ...
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...
Using the renal tubules of Drosophila as an example, we explore how cell speci¢cation leads to the m...
Development of the ectodermally derived Drosophila tracheal system is based on branch outgrowth and ...
Compensatory Branching Morphogenesis in the Drosophila Tracheal System Deanne Francis Amin Ghabrial ...
© 2020 The Authors.Intercalation allows cells to exchange positions in a spatially oriented manner i...
AbstractTwo ZP domain proteins, Piopio and Dumpy, have been shown to contribute to the apical extrac...
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