12814571

Source:http://linkedlifedata.com/resource/pubmed/id/12814571

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Predicate	Object
rdf:type	pubmed:Citation
lifeskim:mentions	umls-concept:C0013138, umls-concept:C0026559, umls-concept:C0035868, umls-concept:C0441716
pubmed:issue	12
pubmed:dateCreated	2003-6-19
pubmed:abstractText	Recent quantitative modeling of dorsal closure in the fruitfly Drosophila has revealed how multiple forces drive sealing of the two symmetrical epithelial sheets. A predictive model based on the new data allows gene function to be linked to the forces that drive tissue movement.
pubmed:language	eng
pubmed:journal	http://linkedlifedata.com/resource/pubmed/journal/9107782
pubmed:citationSubset	IM
pubmed:status	MEDLINE
pubmed:month	Jun
pubmed:issn	0960-9822
pubmed:author	pubmed-author:AlmeidaLuisL, pubmed-author:NoselliStéphaneS, pubmed-author:RoussetRaphaëlR
pubmed:issnType	Print
pubmed:day	17
pubmed:volume	13
pubmed:owner	NLM
pubmed:authorsComplete	Y
pubmed:pagination	R494-5
pubmed:meshHeading	pubmed-meshheading:12814571-Animals, pubmed-meshheading:12814571-Biomechanics, pubmed-meshheading:12814571-Body Patterning, pubmed-meshheading:12814571-Cell Movement, pubmed-meshheading:12814571-Drosophila, pubmed-meshheading:12814571-Models, Biological, pubmed-meshheading:12814571-Morphogenesis
pubmed:year	2003
pubmed:articleTitle	Drosophila morphogenesis: the Newtonian revolution.
pubmed:affiliation	Institute of Signaling, Developmental Biology and Cancer, UMR 6543-CNRS, University of Nice Sophia-Antipolis, Parc Valrose, France.
pubmed:publicationType	Journal Article