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PubMed:25577568 JSONTXT

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Oryza_sentences

Id Subject Object Predicate Lexical cue
T1 0-128 Sentence denotes Comprehensive genome-wide analysis of the Aux/IAA gene family in Eucalyptus: evidence for the role of EgrIAA4 in wood formation.
T2 129-242 Sentence denotes Auxin plays a pivotal role in various plant growth and development processes, including vascular differentiation.
T3 243-430 Sentence denotes The modulation of auxin responsiveness through the auxin perception and signaling machinery is believed to be a major regulatory mechanism controlling cambium activity and wood formation.
T4 431-680 Sentence denotes To gain more insights into the roles of key Aux/IAA gene regulators of the auxin response in these processes, we identified and characterized members of the Aux/IAA family in the genome of Eucalyptus grandis, a tree of worldwide economic importance.
T5 681-827 Sentence denotes We found that the gene family in Eucalyptus is slightly smaller than that in Populus and Arabidopsis, but all phylogenetic groups are represented.
T6 828-1120 Sentence denotes High-throughput expression profiling of different organs and tissues highlighted several Aux/IAA genes expressed in vascular cambium and/or developing xylem, some showing differential expression in response to developmental (juvenile vs. mature) and/or to environmental (tension stress) cues.
T7 1121-1236 Sentence denotes Based on the expression profiles, we selected a promising candidate gene, EgrIAA4, for functional characterization.
T8 1237-1343 Sentence denotes We showed that EgrIAA4 protein is localized in the nucleus and functions as an auxin-responsive repressor.
T9 1344-1583 Sentence denotes Overexpressing a stabilized version of EgrIAA4 in Arabidopsis dramatically impeded plant growth and fertility and induced auxin-insensitive phenotypes such as inhibition of primary root elongation, lateral root emergence and agravitropism.
T10 1584-1846 Sentence denotes Interestingly, the lignified secondary walls of the interfascicular fibers appeared very late, whereas those of the xylary fibers were virtually undetectable, suggesting that EgrIAA4 may play crucial roles in fiber development and secondary cell wall deposition.